Kiwiflyer

Hi guys, just have to notify that I did an update 1.20 for Tallahassee, it will be uploaded at the upcoming weekend.
So the update itself include's many improvements and fixes of issues described above.
Attaching you a few images. Also a lot of ktlh store images will be remaked as well since I did too many changes in ground poly's and some other stuff..
 
Changelog
- Significantly improved airport pavement textures and their specular pbr effects
- Increased quality of grass and soil textures within the airport area
- Added more custom apron mast's models
- Added night light textures for terminal and tower windows, cargo facility logo's
- Added missing rooftop attributes on general aviation terminal
- Better ground traffic and airplane routes
- Added some moving ground vehicles
- Fixed bunch of minor mistakes
 




 
Thanks

Aircraft Review : de Havilland Canada DHC-6 Twin Otter -300 Series v2 by RW Designs   
 
It is just under three years ago in Feb 2015 was when RW Designs first released their version of the DHC-6-300 or the Twin Otter. It was a competent design as we saw in the review : Aircraft Review : de Havilland Canada DHC-6 Twin Otter -300 Series by RW Designs.
 
The aircraft did however have some traits that divided the purchasers into the "very much like" and the "missing something" divisions, I personally didn't mind it as it was at least a decent Twin Otter to fly. And here now is v2 or the X-Plane11 version of the aircraft and at first glance it looks like the the next update for X-Plane11 for the aircraft.
 
But to think that and you would be wrong, and in fact completely wrong as this Twin Otter is a completely new design from the ground up, and only a few elements have been passed over from the original design. Everything has been completely remodeled, from the actual aircraft, its systems and its features and it is also X-Plane11 tuned and uses X-Plane11 features in its design.
 
So this DHC-6-300 is a full upgrade, not an update. And what you are purchasing here is a completely new aircraft, but there is also a discount for users to update from the original version to this all new v2 aircraft that allows access without the full cost of the purchase price.
 
The overall external design of the original was very good with great detailing of rivets and paneling from the X-Plane "draw per pixel lighting" shading effects and the aircraft body fittings, but there was also a few clunky areas of like the thick rear doors and the average cabin, but overall in the right lighting conditions the original DHC-6 did look very nice.
 


 
But that was three years ago, and an eon of ages in X-Plane terms and with all the changes to X-Plane11. It was a smart decision to not to try to and simply adjust the design to this new era, but to create a completely new version directly for the changes. Yes that does create a lot of work, extra work, but it also puts you in a far better position because you will have raised the quality standard at the same time and also the intimate quality of your own work. Yes starting afresh allows you do it better and with a better design and a far better approach than just trying to fix up those poor kinks that would be hard to fix anyway.
 
So looking closely at the v2 aircraft the distinct quality is certainly far better, and the aircraft more far more detailed.
 


 
Certainly the X-Plane11 PBR features help any developer, but to use them effectively still takes skill, and you see that here on the excellent external area and flying surfaces, and also where it counts and this new aircraft can look spectacular in the right lighting conditions.
 
Here is the original design...
 

 
...   and the new v2 design. The quality and detailing is quite significantly modeled far better with the specular lighting effects bringing out the quality.
 


 
Baggage areas (front and rear) are now lined, but we have lost the bags in transit? The cabin window detailing is now excellent and they are a huge difference from the original bulky frame idea.
 

 
And were as the cabin in the original felt like an after thought, the v2 cabin is now excellent. For the insanely beautiful steel floor and the exquisite leather seats.
 


 
Now this Twin Otter feels like a complete aircraft.
 

 
Menus
The aircraft also now has menus...  The menus are located in a flight book down in the pilot's door pocket.
 

 
The main menu also opens up three more menus in Radios, Checklist and Weight/Balance
 
The main contents include a flashlight (X-Plane native) opening the front and rear baggage doors, external power supply and GTN 750 Support...  but no menu options to open the main cockpit and cabin doors, of with which with the rear doors being hard to move to every time you want to open/close them is a bit of a side head scratching moment.
 
Lower menu is four cockpit colour options...  In Green, Blue, White and Black.
 


 
Green is green, but the Blue feels like very light Grey, White feels Grey and Black feels light brown. Only the cockpit colours change and not the cabin textures including the seats, which would have been a nice touch.
 
The Checklist is excellent and covers all aspects of operation from start up to shut down, and the binder is moveable and scalable for ease of use.
 

 
There is a very good "Weights&Balances" menu as well. You can set the fuel in kg's and the weights of baggage and passengers (Payload). Your aim is to keep the CoG (Centre of Gravity) around 30% of MAC. The full Empty Weight and Total Weights are all shown.
 
Nose versions
There are both the "Long" and "Short" nose versions available. They are switched via the liveries with "LN" denoting the Long Nose and "SN" denoting the Short Nose.
 

 
Besides the Standard wheel version there are three other variants in Float, Ski and Tundra tyres.
 
Float
The float version is well done and the undercarriage can be raised up into the float via the undercarriage lever, but there are no rear float rudders for water steering to raise or lower...
 


 
...  the aircraft handles nicely on the water (without a high swell) and with the opening rear doors, they both open out and not down for exit and entrance.
 
Ski
The ski's are fastened on tight, as some developers make them raise or lower below the wheels. Overall the quality is very good.
 


 
Tundra
The huge balloon Tundra tyres are very well done here, and you don't get that bouncy floaty movement on landing but a nice grounded feel.
 


 
Flying the DHC-6 Twin Otter v2
The early morning service today is the from EGPH (Edinburgh) to EGPD (Aberdeen) a simple hop of 93nm.
 
Aircraft was set up with 611kg of fuel and 1380kg of payload (passengers and baggage), for a gross weight of 6147kg.
 

 
You need a bit of thrust to get the aircraft mobile, but once moving you can mostly keep it back in the idle position, and contain any speed with the brakes.
 

 
Flaps are set at 10º and the indicator is on the centre windscreen bar. A final check and it is power up or power forward with the twin overhead drop down levers.
 

 
Rotation is around 95kt to 100kts depending on the wind direction, but the aircraft is nice in the pitch and then the bank...
 

 

 
....  The differences with the X-Plane11 performance is quite considerable. The original was not in performance as close as it should have been, certainly in the handling as this Twin Otter feels far much better as of the simulator changes. As with a lot of moving over to XP11 style flying, you need a short time to adjust to different feel and reaction, so any first flights won't give you the feeling you would expect from the aircraft straight away, but it does come in time and then and only you start to really love what you then have to fly, and after a few flights you will really understand what I mean.
 

 
In the original DHC-6 we were a little confused by the Collins AP106 system and as you will notice there is no V/S (Vertical Speed) button or V/S climb or descend knob? Only an Altitude (ALT) and Heading (HDG) buttons. As the Collins system does not use that type of system to climb or descend.
 
The AP106 is tricky to still use, but as the actual aircraft performance is better, then it works better in here now as well. The trick is to find the right speed in your throttle position and then lock that speed in via the IAS button. The system works by then adjusting the throttle to climb or descend. You aim or goal is for a speed of around 105kts to 110knts and a climb rate of around 1000fpm as noted here for the best of both worlds, and the specified climb rate is around 1600fpm. To descend you do the reverse in reducing and locking in the speed around 80knts and descend around the same 1000fpm. This is a big change over the original version as the aircraft wouldn't descend at all unless you went to extreme measures like even setting the throttle to idle and then even feathering the propellers to go down, which was ludicrous.
 
ALT ALERT button is really the altitude hold button for the selected required altitude, and it works in both modes of ALT and IAS disconnect when the set altitude is attained, but it can be tricky to set sometimes. A note on to have the trim correctly set is now important, not only for the initial takeoff but for the AP106 interaction...  if the trim is out, then the AP106 will do silly things like climb or descend too quickly. so a set trim and a level aircraft helps in AP106 transition. An item to note is that you have to manually disconnect the AP106 by both the buttons and the switch. If you use a key or in my case a joystick button to disconnect the autopilot then here it doesn't deactivate the AP.
 

 
Debatable is the sound package on the aircraft. It is a FMOD setup and has 3d surround sounds and good variation in sound. The package uses a professional PT6A soundpack, which is noted as one of the best for the Twin Otter. And in most areas like start up, idle and takeoff power the sound is very good, but the in flight internally sounds are very buzzy, light and don't have much depth or even drone and the sound pitches don't change much with any throttle changes. The sounds do come well regarded and so I am going to put the aural question out there as some aircraft like the Twin Otter do have a particular feel and sound, so feedback is welcome, but they did grow on me.
 
Another point to make is that the RW Design's Twin Otter doesn't like the xEnviro weather plugin very much in the visual stakes, the view from the cockpit is fine, but if you look at the propellers at any time they show the real scenery through the movement. This of course an X-Plane/xEnviro issue and not the developer's issue, but it is currently not the best external view with xEnviro active and the normal X-Plane weather is used here in this review.
 

 
Although a few of the original elements like instruments have been moved over and updated, in context this is a completely new cockpit and instrument panel.
 


 
The main panel does feel slightly duller and flat, than the lighter smoother approach on the original, but the quality is far, far higher and detailed. We are used now to excellent metal style instrument panels, but here it is authentic to the flat grey used on the aircraft. The excellent glareshield is really well modeled and textured, so overall it works very well. The classic dual yoke is well reproduced, but it can't be hidden.
 
The iconic Twin Otter overhead panel (OHP) is excellent, fully featured and really well produced.
 

 

 
The OHP was good before, but this complete redesign is now even more authentic and realistic, but you do have to set a key "quickview" to get a quick upside down view of the rear of the panel if you want to access the switchgear, overall it is all really well done.
 
Under the panel and floor is also very well completed and realistic, with lovely crafted DHC rudder pedals, centre upright fuse panel with built in fuel gauges. And note the great Brake Temperature display panel.
 

 
Cockpit quality and seats are as good as the cabin, and the only noticeable point is the cockpit/cabin divider is not a clean arch. The excellent trim controls on the pilot's right seat arm, are however beautifully created and authentic and very nice to use..
 

 

 
The Instrument panel layout has had a few changes. First up is the completely new BendixKing electronic Artificial Horizon, replacing the flat (awful) design of the original on both sides is a huge improvement there. The Collins AP106 system's button panel has been moved from the right-centre instrument panel to the pilot's side for easier use, and there is now both a VOR(2) and ADF dial bottom left (only a single ADF dial before). The Course Deviation Indicator (OBS) looks like it was moved, but in fact it is still in the same place, as the Radar altitude has been moved below it to allow the fitting of the AP106 button panel above.
 

 
The equipment avionics stack is different as well. The KMA 28 audio panel is top, with the GNS 530 below. The radios are more basic, but also more realistic with two KX 155As for COMM1/VOR1 and COMM2/VOR2 receivers. A KR 87 is your ADF and centre below is a KT 70 BenedixKing Transponder.
You can if you have purchased the (expensive) RealityXP GTN 750 or GTN 530, use them in the aircraft and replacing the native GNS 530.
 

 
The GNS 530 and the radio panels all pop-out for ease of use. All instrument and radio panels have nice reflections, real, but not overly done. Panel lighting is indirect, but looks great even in the daytime.
 
On the lighting theme, the cockpit is very good, in a black and white way. But the dials are very clear and concise for night landings. All instrument lighting is adjustable and the cockpit is lit by only one light above your head.
 

 
The cabin is sensational with pairs of spot lights for each set of seats...
 


 
...  The seatbelt and no-smoking sign is nice touch.
 
External lighting is very good, with a single front strut taxi light and two wing mounted landing lights, standard tail-beacon and navigation lights and excellent strobes. Landing light throw is very good as is the powerful single centre taxi light.
 

 
Aberdeen is waking up as we arrive at Dyce.
 

 

 
After doing the controlled descent, with the IAS set at 80knts and around 1000fpm to 1500ft. You set the approach speed with 20º flap and just in the green zone at 90knts. Remember this is a STOL (Short TakeOff and Landing) machine, so those flaps act like barn doors when lowered, but give you super slow control.
 

 
Full flap at 40º will give you a slow speed of around 70knts, but if the sea breeze is strong you have to work the rudders hard to keep the runway alignment as that large DHC tail works for you and against you at the same time.
 

 
I took me a few landings to get the feel just right...
 

 
...  it is an aircraft to get into the right groove with, but once there you are really into the aircraft and it comes to you.
 

 
Landing speeds can border on the 60knt stall, but you seem to hold it fine to gently touch down, the speed is so slow you can just roll the speed off more, but if you need it then there is reserve prop thrust by setting the "Full reverse thrust" setting, but I never did.
 

 
As the propellers wind down, you notice the animated feathering of the blades, they are really well done...
 

 
...  but is quickly time to load up and return to Edinburgh, not a bad way to make a living is it...
 

 
Liveries
There are nine liveries with two as the short nose version with a very nice RWDesign logo (default) and a Kenn Borek Air
 

 
The rest of the liveries are all long nose and every livery works with every variant in Float, Ski and Tundra. All are excellent Hi-Def quality with the lovely Air Seychelles a highlight.
 




 
Summary
First glance is that the Twin Otter from RW Design's is just an update, but this aircraft is very, very different from that fact. This is a complete rebuild of the aircraft and only a few of the original elements are actually present. This comprehensive upgrade is really an all new aircraft and with the excellent quality to match the better detailing.
 
Highlights are many with an excellent cabin with lovely well done textures and realistic metal flooring, and luminescent lighting. A menu system that can change the cockpit colours and an easy to use Weights&Balance page, Checklists and pop-up radios. The depth of the quality grows with every flight.
 
X-Plane11 features have made the aircraft far more dynamic, not only in the way the aircraft uses the PBR, but with the better X-Plane11 performance dynamics, something in performance was missing on the original release aircraft, but fully restored here and the images here in this review don't lie as the aircraft looks brilliant in great lighting.
 
Four variants with the Standard Wheels, Float, Ski's and Tundra tyres is a value four aircraft, with also Short and Long Nose versions available.
 
Overall this is an outstanding upgrade, but I question the sounds, and they are FMOD great, and they do actually grow on you, but can be tiring over long distances. More menu options would be a nice option and certainly for opening all the doors (the rears can be hard to reach), hiding the Yoke, static elements and making the change of the colour scheme to cover the cabin as well as the cockpit. A cargo version with that metal floor would be nice as well.
 
Currently if you own the original version v1 then you can get an upgrade to this excellent v2 for 50% off, which is great deal, so be quick.
 
Overall this is a comprehensive upgrade to a classic aircraft, in reality it is completely different design in every area, but a very good one. It is also a significant upgrade of quality and design from RW Designs, who was good before, but design is now at that much more a higher level...  It was a brave thing to do to completely redesign an aircraft in time and dedication, but that has paid off in spades here...  and that is in making this DHC-6 Twin Otter -300 v2 an excellent aircraft to own, fly and use.
 
______________________________________________________________________
 

 
Yes! the de Havilland Canada DHC-6 Twin Otter -300 Series v2 by RW Designs  is NOW available from the X-Plane.Org Store here :

DHC-6 Twin Otter 300 Series v2
 
Price is US$29.95
 
Note  - If you have already purchased the DHC-6 Twin Otter v1 you can purchase this new v2 Twin Otter for 50% off. Find your coupon code under your DHC-6 Twin Otter invoice at the store (doesn't apply to Twin Otters from other designers).
 
Features
Four versions included in the package ! Standard Tundra Floats (with the ability to remove gear entirely) Skis All of which work with both short and long nose variants!   High Resolution 3D Model Brand new model built from scratch for X-Plane 11 X-Plane 11 specular lighting Detailed exterior model New high resolution 4K textures Interactive night-lighting Choose interior color Rain effects Superior Interaction New scroll manipulators for finer tuning of interaction New menu's allowing extended interaction and choice of aircraft parameters Radio pop-up with improved 3D input methods. Mutli-phase checklist Real-time weight and balance manager Improved Sounds FMOD Powered 3D sound High quality source files recorded from the real Twin Otters High fidelity flight model Custom airfoils Developed in conjunction with Twin Otter pilots Custom Systems Custom electrical and anti-ice systems Programmed radios RealityXP Compatible GNS 530 GTN 750 AutoUpdater Always fly the recent aircraft version! AutoUpdater Licensed from STMA  
  Requirements
X-Plane 11+
Windows, Mac Linux
2Gb VRAM Minimum - 4Gb+ VRAM Recommended
Current version: 2.0 (January 20th 2018)
 
Installation Download of the DHC-6 Twin Otter -300 Series v2 is a huge 547mb and it is installed in your Aircraft Folder as a 671mb folder. There are four different aircraft files in the aircraft menu to access depending on the variant that you want to fly in :  Standard Wheels, Float, Ski's and Tundra   Documents Documentation is excellent with a AOM (Aircraft Operating Manual), Aircraft performance charts and Flight Tutorial included:   AOM.pdf Charts.pdf Flight Tutorial.pdf  
_____________________________________________________________________________________  
Review by Stephen Dutton 20th January 2018 Copyright©2018: X-PlaneReviews   (Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copy of the content is allowed without consent from the author as per copyright conditions)   Review System Specifications:
Computer System: Windows  - Intel Core i7 6700K CPU 4.00GHz / 64bit - 16 Gb single 1067 Mhz DDR4 2133 - ASUS GeForce GTX 1080 8Gb - Samsung Evo 512gb SSD 
Software:   - Windows 10 - X-Plane 11.05
Addons: Saitek x56 Rhino Pro system Joystick and Throttle : Sound - Bose  Soundlink Mini
Plugins:  XPRealistic Pro v1.0.9  effects US$19.95
Scenery or Aircraft
- EGPH - Edinburgh Airport UK 1.0.1 by tdg (X-Plane.Org) - Free
- EGPD - Aberdeen Dyce for XP10 4.1 by anthony_d (X-Plane.Org) - Free
- Forth River Crossings 1.2.2 by  John M D (X-Plane.Org) - Free
 

 

Aircraft Review : Embraer E-190 by Flight Procedures Simulation
 
In July 2023, Flight Procedures Simulation released the Embraer E-195 for the X-Plane 12 Simulator. This aircraft although all new for X-Plane 12, also has a historical connection to the SSG Supercritical Simulations Group E-Jets version, but now called under another name in "Flight Procedures Simulation" (FPS), it is in many ways related to the same aircraft that was earlier released by SSG in X-Plane 11.
 
SSG had released both the E195 and the E190 variants of the Embraer E-Jet, so as the E195 is already available, then the smaller E190 was expected to follow...  here it is, and in many ways it is the same aircraft as the E195, but with a few new extra features added into the aircraft. Notable is that the same new features released in the E190, will also be cross-updated to the E195 if you own that aircraft.
 
Actually the E190 variant is the pick of the E-Jet Series, E 170 - E 175 - E 190 - E 195. As it has the best of both worlds, it has a high passenger load (114  seats) as in being slightly shorter (36.25 m (118 ft 11 in), but also comes with a longer range in 2,450 nmi (4,537 km; 2,820 mi) and being able to fly an extra 150 nm than the E195 (124 Seats). The E195 feels long, even tube like, but the E190 is the more better and proportioned aircraft.
 

 
One of the highlights of the E-195 by FPS, was the very good value price to features and quality, in being set in the mid-$50 price range. In other words you get a lot of quality aircraft for your money. The SSG/FPS also had great value to the featured systems provided, even right back to the early days, then there was a authentic FMS (Flight Management System) as part of the price...  most deliver the same now, but that is just to highlight the point of the early advanced features from SSG that other developers didn't provide.
 
The FPS E-190 is obviously almost identical to the earlier E-195, just a little shorter airframe. Both aircraft have been totally revised for X-plane 12. It shows in the quality of the modeling and detailing, that X-Plane 12 "shine" or aura is very evident.
 

 
Same nice tinted glass and reflections....  the detail is nice, landing light surrounds and lovely flared winglets are also well carved and designed. All wings have the more variable Wing Flex animation for more realism.
 

 
One area I thought on the E-195 that was clunky, were the internal mechanisms for the leading edge, still the same here sadly, so I disappointed it wasn't attended to...   it's just feels a generation behind the current formula of detail in these current intricate leading edge, flap and airbrake combos...  as which it is from the earlier SSG E-Jet Series. 
 

 
Undercarriage is very well conceived with highly detailed strut body and pistons, all hydraulic lines are well detailed, as are the scissors....  The side strut, although well done, is still left hanging in the wheel bay with no upper connection, as again on the E-195...  this connection should have certainly been fixed by now (on both aircraft)...  worse it is so highly visible from many visual angles, certainly on the approach/landing.
 

 
Engines are the GE CF34-10E with 20,000 lbf (89 kN) thrust, compared to the 8E on the lower E-170/175 Series with only 14,200 lbf (63 kN), both engines are equipped with full authority digital engine control (FADEC). Engine pod detail is again excellent, great intake and the exhaust detailing is very well done.
 

 
External features include all opening doors, Passenger left forward and aft, right Forward Service door, two Baggage holds and rear Service door. There is a nice GPU (Ground Power Unit) and you have wheel chocks on all wheels.
 

 
Internal Cabin
The E-Jet cabin for X-Plane 12 (E-195) was totally redone, or modernised. It's the same cabin here in the E-190, but it is a nice cabin with some really nice detailing. Seats are modern, as is the upper luggage bins are all also the new style with working Seatbelt/No Smoking signs and lit EXIT signs. Only niggle again are the differently set window shades from open to closed, still something I don't like?...  same also is you have these excellent seat-back screens with the Airline logo, a highlight is that the seat colours/logo can also change with different liveries.
 

 
Front and rear galleys are well done, but not overly meticulously detailed, a bonus for framerate.
 

 
Cockpit
In the cockpit, you could be in the E-195...  It's exactly the same, great for your type rating!
 

 
Both pilot chairs were all new on the E-195, they came with better sheepskin covers and hard-back rears, sadly the armrests are still fixed. (another area I thought would be updated for the E-190). The rear bulkhead was also completely different, and so is the entrance/door, and a modeled (non-working) jump seat on the bulkhead. Overall all the cockpit fixtures and textures have been totally redone with the same colour. Note the nice stitching, and netting rear on the pilot seats.
 

 
EFB Tablet
The Tablet EFB (Electronic Flight Bag) is also the same as the one in the E-195. One tablet each side for the Captain and First Officer and both are not changed in their detail.
 

 
The Tablet menu screen on the left side is a huge step forward and it is easy to use. When turned off you can then use it as an AviTab, via the button top right of the screen. (plugin required)
 

 
The Tablets can be added or removed on both the pilot's and the First Officer right side, but you have to select (On/Off) EFB or AviTab from only the left side tablet, but once the mode is selected it works on both as the tablets mirror each other.
 

 
There are ten icon options across the top of the tablet...  The first three options cover the GPU, Chocks and Cabin Lighting selections. The Circular arrows icon is the INIT page that has three options; "Unpowered Cold & Dark", "Powered at the Gate" and "Unpowered And Parked". You select the flight state, then press the green button left to activate that state....  it works well.
 

 
Fifth Icon is the External options page has two options...   "Doors" and "Pushback". You can open and close all six doors noted, but only from here in the Tablet and not manually. The Pushback mode is a bit limited...   There is only the option shown to pushback in reverse or forward, brakes have to be off to activate and there is a procedure to follow to turn.
 

 
Sixth icon is the Payload page...  here you can add in your Passenger, Cargo weights... It is a single entry (Payload) entered via the keys 1K/100/10 then you load the aircraft (or compute the load)...  you can change from Kgs to Lbs in the lower centre icon.
 

 
Seventh Icon is Fuel. Basically the same as the payload page, you enter your Block Fuel load, then on pressing Fuel/Defuel it will load/unload the aircraft, the page will also display your fuel trip prediction (but only when you have programmed the FMCU.
 
Eighth icon is the Takeoff Speeds. Here you select the Takeoff mode, or derated power setting (T01/T02/T03) then flap position. It will insert the current (airport) outside Temperature º and the set Gross Weight, then compute the V Speeds, CofG (Centre of Gravity) and Trim position ready to insert into the MCDU Takeoff page.
 

 
All three set up pages (Payload-Fuel-Takeoff Speeds) are extremely easy and fast to do, so setting up the aircraft isn't going to take ages if you just want to fly.
 
Ninth icon is the Sound page. Seven sliders cover three areas of Engines, Flight Deck and Environment, with a Master slider right.
 

 
Final and tenth icon is the Options page, divided into "View Options"; Hide Yoke Captain side, Hide Yoke First Officers side, Hide Outside Pilot Figures and Show F.O. Side Tablet. "System" Options include; Link Baro Instrument Settings and Pause 10 NM to TD, again the Weights from KG to Lbs can also be changed here.
 
Obviously the Tablet is a huge change from the fiddly X-Plane 11 window idea, far better for access and for setting up the aircraft...  it is simple but also well done to use and mirrors the E-195 tablet as well.
 
Systems
Power on via the Battery power and the systems show the "Backup Mode". Only when you add in the direct power (GPU/APU/Engines) that you get the fully loaded system. Most of the Systems are a carbon-copy of the E-195 instrument layout and functionality, so a lot is repeated here as described in the E-195 Review.
 

 
The Embraer E-Jets systems use the Honeywell Primus "Epic", Electronic Flight Instrument System (EFIS) glass cockpit. It is very nicely done, the system CAS (Crew Alert System) messages, Aural warnings, Takeoff configuration warning, Stall protection system, Windshear detection and escape guidance, Non-normal operations are all represented. The SSG/PFP E-Jet basic systems has evolved over many years, improved and is now quite substantial, I was very impressed by the CAS warnings and alerts.
 

 
Five displays across, with outer main displays PFD (Primary Flight Display), MFD (Multi-Functional Display) and in the middle EICAS (Engine Indicating and Crew Alerting System), they all pop-out via the left corner screw, are scalable, also home cockpit ready.
 

 
The PFD displays information such as airspeed indicator, altitude indicator, ADI, HSI, vertical speed indicator, radio aids, autopilot, flight director and radio altitude data. In the event of a display failure, information will be automatically presented in the MFD.
The display controller portion of the guidance panel allows the selection of PFD HSI formats, navigation sources, weather display, and bearing pointer selection.
 

 
The MFD presents map and plan navigation formats and various systems synoptic formats that are all selectable. The MFD provides redundancy to display both the PFD and EICAS formats based upon reversion. It also has the ability to display maintenance information. The MFD consists of menu softkeys, on the top and bottom of the screen, which are used to select formats and to control the various systems.
 
Note the lower screen "Vertical Profile Display", SSG was one of the first to include the feature on their aircraft, and it is very good here.
 
There are three option menus; Map, Plan and Systems...
 

 
And six system displays; Status, Flight Ctrl (Controls), Hydraulics, Fuel, Electrical, ECS and Anti-Ice.
 

 
The EICAS displays engine and system parameters such as flap, gear, spoilers and trim positions, total fuel quantity, APU and environmental information. The EICAS also displays warning, caution, advisory, and status messages. In case of failure in the EICAS display, its information may be presented in the MFD by appropriately setting the reversionary panel. An automatic mode de-clutters the EICAS after takeoff. De cluttering occurs 30 seconds after landing gear and flap/slat retraction.
 

 
The Advanced Advisory System CAS logic has more than 100 messages in logic, comprehensive, and I love the block alert system flashing it is very visually authentic.
 
Multifunction Control Display Unit (MCDU)
The FPS E-190 uses the same FJCC UFMC by Javier Cortes, again the same as installed in the E-195. Also refined over the years, it is pretty solid now. Based on the EPIC Load 27 FMS it is easy to use and has also quite a lot of functionality built in... both left and right UFMC units are individual and can be used separately by both pilots.
 
The MCDU allows FMS control, radio tuning, PFD radio tuning display setup, manual engine rating selection, engine takeoff data set and
avionics display setup and test.
 

 
There is also a UFMC pop-up, activated by the F8 key, there is no pop-up for the right hand display.
 

 
If you haven't used the FJCC FMS before, then you have to install the UFMC data (folder). This is stored in the X-Plane12/Custom Data folder...   FPS supplies a full AIRAC-2303 set of data, in the "Documentation" folder, and the full contents are all to be put in the said Custom Data folder...  notable is that if you use Navigaph or Aerosoft data, then a separate update link is required to this folder to update the monthly AIRAC. Note- If you already have the UFMC installed and updated to the current AIRAC, then there is no need to do this step.
 

 
Also notable is that the Flightplans for the E-190 are stored here as well, again if you use the Simbrief Downloader, an address link is required to direct the file to the right flightplan folder. The Flightplans also use a unique .ufmc lauguage, so you have to specific with the flightplan.
 

 
The colourful FMS Flightplan requires THE full insert of TAKEOFF REFERENCE DATA (3 pages). There is a reason for filling in the FMC data to the full extent as we shall see later, and it requires every i dotted and T crossed.     PERFORMANCE PLAN pages (5) show fuel predictions for each waypoint, CLIMB/CRUISE/DESENT/LANDING pages show full flight performance and detail, including vRef landing speeds...  PROG (Progress) page is highly detailed as well.     The flight system provides Full TOGA/VNAV/LNAV/RNAV/LOC/GS/Missed APPR functions. SPEEDS with CLIMB/CRZ/DESC come with a custom Autothrottle system. All speeds thoughout the flight phases can also be changed into the flight plan and on the performance pages.     Overhead OHP is the same/identical to the E-195, so there is no need to relearn anything...     X-Plane 12 brings a different feel into the cockpit, provides more feel and depth to the controls and instruments...  Centre console was also retextured, and still you have those lovely ceramic throttle levers, you can feel them, the smoothness of the surface, and the Auto-Throttle disconnect is built in...  works as well.     The lovely Ram Horn yokes are also still perfectly nice. They come with built in (working) Trim switches and a working PTT button.     Lighting First lighting impressions are excellent. You have a lot of adjustment via five knobs at each end of the glareshield, and three (MAIN PNL/OVHD PNL/PEDESTAL) knobs on the OHP, plus the standard DOME switch.     DOME lighting is very effective via two (bright) lights in the roof rear. Each pilot also get a MAP light which is also very good...     ...   so you can also tone everything down to just the instruments, or just to find a little down-light to see the console switch gear, perfect for night landings or takeoff phases...  its all very good, and have a very nice place to fly in at night as well.   If you remember the E195 cabin lighting was a bit unfinished, as in being only half way completed...  In the E190 it is done, but the light spreads don't match up to the light source on the fixed rear zone? A shame as it looks great.      You switch on the cabin lighting via the button on the Tablet, off and you get only the floor light strips. More so is that both galleys are connected to the cabin lighting, so all ON or OFF, they should be separated for better illumination. Another small annoyance is the red beacon still flashes in the cabin like on the E-195?     Externally it is very good. All lighting is the X-Plane 12 lighting, so it is more XP12 LED in feel...  notable is that the lighting will be updated in the next X-Plane 12.1.0. release by Laminar Research, so what is seen here could be even more refined.     Navigation, Strobes and beacons all look good, as does the Tail lighting. There are runway turnoff lights, three landing lights that covers both wing and nosewheel positions.     There are very effective Wing/Ice lights (here noted as "Inspection", which are great for cabin views at night.     Flying the Flight Procedures Simulation E-190 Yes we are in Brazil...  this flight is from SBGL (Galeao-Antonio Carlos Jobim In, Rio) to SBSV (Dep L E Magalhaes Intl, Salvador). Starting the E-Jet 190 is Simple Simon, no bleeds to worry about here, as the start is fully AUTO, once you have turned or selected each engine switch.     Then watch the ITT (N2) kick off and start the start procedure, which is very long here and takes around a minute per engine, as you hear all the separate processes come in and the fans starting to twirl, its all very, very good and very authentic in realism, as you see the full authority digital engine control (FADEC) in operation. Startup sounds are excellent, thankfully with those engines sounds with their many startup stages that are recorded from real GE CF34-10E engines. That explains the perfect if long start up procedure, as they are timed into the soundtrack of the real thing, and it is very good aurally to listen into the full startup experience. The adjustment of the sounds is excellent as well with the great sound control (tablet) to get the right external, internal feel.   The "Pushback" system is a little tricky until you work it out, devilish simple when you do...  Release the brakes activates the Pushback mode, then press the pushback option... the tricky part is having the tiller selection up, to steer the aircraft yaw (Joystick), if not you can't steer.     Select to Pushback in reverse, or when you are ready to pull forward, then use the other arrow...   centre selection is STOP.     Just using the park-brake will disable the pushback...  you will soon get to like it. Betterpushback is however not an option here as the plugin does not work with this built in system, and thankfully the old silly stick pushback on the X-Plane 11 version is gone, of which I really didn't like at all. Note that to switch the Tiller back to normal to steer with the Yaw.   On the E-195 I wasn't very happy with the touchy yaw steering (joystick), so I adjusted the yaw sensitivity way down to give me more leverage on my yaw axis. Here I found I had more rudder travel in the steering, so I didn't adjust the sensitivity this time around, but you do use a lot of rudder movement in the fine tuning of the centring, but now more evenly than using the sharper joystick (yaw).     So what is new compared to the E-195 on the E-190? Well the E-190 has a completely new LNAV/VNAV alghoritm, that is different from the earlier version. So the note made earlier on making sure the FMS input data is completely done and correct is important, as the E-190 will follow this data absolutely, certainly the VNAV profiles that are all shown in the "Vertical Profile Display".   Also new to the E-190 are the RNP departures (Required Navigation Performance). RNP is a family of navigation specifications under Performance Based Navigation (PBN) which permit the operation of aircraft along a precise flight path with a high level of accuracy and the ability to determine aircraft position with both accuracy and integrity. It is well worth studying the differences between RNP and RNAV procedures.   Before you start the takeoff roll...  you set the LNAV and VNAV modes ready.     Power up and put the throttles to the full (takeoff) position, now once moving and the PFD will show the system is active...   ...  it doesn't matter into regulating the thrust power, for as one you have set that in the FMCU, and so two, the FADEC system will keep the engine thrust within the limits or 92.0% (TO.1). The CF-34 wail is nicely heard in the cockpit, a totally different sound as it is in the cabin, but highly realistic, and all sounds are doppler and 3D.     There is a full "Custom Fly By Wire" system that provides flight protection limiting and control laws according with the FMS Protection System logic, again all very Airbus.      The flight model performance has also been revised from the E-195 to the E-190, and yes it handles even far better and it feels now very good. I found the E-190 more refined, certainly from the earlier E-195 climb, and this time with no engine surging...  "Thank you very much, I will take that one".     Once in the "Positive Climb", now select the AP (Autopilot) and both the LNAV and VNAV modes become active...  note the VNAV now goes into the FLCH (Flight Level Change) mode and then chases to your VNAV set altitude. (LNAV will follow the Flightplan route)     Even if you break the profile and level out at say 15,000ft. Just reclick the VNAV button for the aircraft to resume the profile.     When in the VNAV mode. The ALT (Altitude) will change from green to magenta, not only will the aircraft follow the vertical profile, but it will also select the Flightplan set speed (m.65) and adjust were required, like say TOC (Top of Climb). But you have to be aware of the Airspeed - Mach switchover point. You need to check the fightplan of the point it changes over from IAS to Mach, and to physically do the switch, or the VNAV speed gets confused on the wrong setting, same going back from Mach to IAS.     Note the excellent rate of turn indicator when in the "Bank" mode.     In X-Plane 12 the FPS E-190 looks amazing in the right lighting conditions, high in the FL330 cruise level, you are purring along, sounds are really good and authentic...   the FPS E-190 looks excellent against the real time cloud formations.     Max. speed / Ceiling Mach .82 @ 41,000 ft (12,000 m), Cruise Mach .78 (447 kn; 829 km/h)...  It is also a very nice feel on the E-190 flightdeck, and the great thing about flying in the cruise, is that you can just stop sometimes, just look at the world around you.      
    TOD (Top of Descent) and you watching the VNAV (PATH) to see if it will perform the action of going into the descent phase...  it does, but I found you still have to control the speed, if not the steep descent will runaway with the speed as the descent vertical speed is steep at around 2600 fpm?     The system will also alert you that you will also have to reset to the landing altitude (here 2,000ft), if not the system will recapture the altitude and not descend correctly...  so you will need to do this altitude reset before reaching the TOD point.     The initial descent angle I found a little too steep, but it levels off around the approach phase...     I like a descent speed of around 2200 fpm, but here like noted it is around 2600 fpm, so the cause of the excessive speed. But like I mentioned in controlling that speed, certainly if you have the correct velocity in the final approach turns, it IS important, as you will then have better control in the approach phase...     You can now use RNAV approaches (and their charts) with the FPS E-Jet Series, in so making for tighter arrival procedures. Autoland 1 and Autoland 2  and CAT I, CATII approaches are also now all available, but Autoland 2 is only active at FULL flap with the ILS APP selected.     Great immersion on the final approach phase, a good simulation is when everything is working together, sound, instruments, control feedback...  your in there!     The E-190 has a very low final approach speed (Full Flap) of 120 knts, 115 is the absolute minimum, or below the stall speed.     Disengage the Auto-Throttle at 500 ft and cruise into a slightly higher final flare. Spoilers activate automatically with pressure on the wheels, then retract again when the wheel speed is below 45 kts for at least 5 seconds. Reverser sounds are really excellent, as you can hear them roar from the cockpit, and they are very effective as well.     Autobraking was set to "Low" as I like a lot of foot braking control in the final landing phase, this aspect also worked very well, with a nice braking feel. Note the great view from the cabin of the spoiler rear internal detail.     Again rudder steering comes into action on the ground, don't touch the joystick yaw though... it is too touchy. And we are in Salvador.     Liveries There are a couple of liveries from the older X-Plane 11 batch, namely the Alitaila and Air France HOP!, KLM and LOT (Polish). Missing again however is the nice Dolomiti. Some new ones provided as well, Azul, British Airways and Breeze all part of the download pack...  more have also been added by FPS to the X-Plane.Org, these liveries include JAL, Lufthansa Regional, Alliance (Australia) and two Jet Blues   __________________   Summary This E-190 is the follow up aircraft from Flight Procedures Simulation (ex SSG Supercritical Simulations Group) of their released the Embraer E-195 for the X-Plane 12 Simulator in June 2023. SSG released both the E-195 and the E-190, so this release is the shorter, but the more potent in the E-Jet Series of the E-190.   The E-190 has a higher passenger load (114  seats) as in being slightly shorter (36.25 m (118 ft 11 in), but also comes with a longer range in 2,450 nmi (4,537 km; 2,820 mi) and being able to fly an extra 150 nm than the E195 (124 Seats). The E195 feels long, even tube like, but the E190 is the more better and proportioned aircraft.   In most cases there is not much difference at all between the E-195 release and this E-190. The Systems and cockpit layout is exactly the same between both, so that is great for your cross type rating. Obviously the cabin is shorter with less seats, but the E-195 updated cabin and those lovely (logo) seat back screens are also moved over. The cabin lighting has also been fixed, well sort of.   SSG provided one of the first and best E-Jet FMS systems, the same has had consistent updates over the years and is now very good and stable here. Notable is that study and a complete install of flight data is required for the use of the completely new LNAV/VNAV alghoritms behind the systems, it is again very good, but speed control is required on the descent. RNP departures and RNAV approaches are also now possible. Autoland 1 and Autoland 2  CAT I,CATII landings are also available.   Externally the modeling was again updated from the SSG version to X-Plane 12, and the aircraft looks and feels very good in X-Plane. But a few areas like the leading edge tracks and gear support are dated or not connected, these niggles were still passed over to the E-190 from the E-195. The Tablet and it's features are very good in not being over complicated, and the in-built pushback tool is really very clever.   The biggest benefit of these E-Jets in both the E-195 and this newer E-190 is the value price to the feature and quality ratio. You get a lot of aircraft for you money, and a great E-Jet as well with all the trimmings. If have purchased the E-195, you can also get the E-190 with US$10 off the price...  so another saving there. So the Flight Procedures Simulation E-190 like the E-195 are both a great investment all round. __________________
 
Yes! - the Embraer E-190 X-Plane 12 by Flight Procedures Simulation is NOW available from the X-Plane.Org Store here :
 
FPS Embraer E-190
Price is US$55.00
 
Requirements
X-Plane 12 (not for XP11)
Windows or  Mac (not compatible with Linux) 8GB + VRAM Minimum Download Size: 626 MB
Current version : 1.0 (April 20th 2024)   Owners of the E195 by FPS can get the E190 for $10 off. Coupon can be found in the original E190 invoice   Designed by Flight Procedures Simulation (ex SSG)
Support forum for the FPS 190
 
Download
The FPS E-190 is a 626.00MB download with an installation size of 2.34Gb, in your X-Plane Aircraft folder, this is an X-Plane 12 aircraft only.
 
All updates are via the built-in Skunkcrafts Updater
 
Notable for new users, is you have to install the FJCC FMS data in the Custom Data folder, install instructions are provided and so is a more up to date current 2303 AIRAC data pack.
 
Documentation
There is excellent full coverage documentation and installation details for the FPS E-190, including;
AIRAC_2303_manual_install.zip Custom_Commands.txt FPS EMB 190_Checklist.txt FPS EMB 190 - Lights and Switches v1.0.pdf Installing the  FPS EMB 190.pdf FPSEmbraer_190_Changelog.txt Installing the  FPS EMB 190.pdf Normal_Procedures_EMB190.pdf _____________________
 
Review System Specifications: 
Windows  - 12th Gen IS1700 Core i7 12700K 12 Core 3.60 GHz CPU - 64bit -32 Gb single 1067 Mhz DDR4 2133 - PNY GeForce RTX 3080 10GB XLR8 - Samsung 970 EVO+ 2TB SSD
Software:   - Windows 11 Pro - X-Plane Version 12.05r1
Plugins: JustFlight-Traffic (X-Plane.OrgStore) US$52.99 : Global SFD plugin US$30.00 : RK Apps XPRealistic v2 - US$34.99
Scenery or Aircraft
- SBGL- Rio de Janeiro International v2 by Globallart (X-Plane.OrgStore) - US$29.95
- SBSV - Salvador/Bahia International Airport by Globallart (X-Plane.OrgStore) - US$19.95
 
Review by Stephen Dutton
24th April 2024
Copyright©2024: X-Plane Reviews
 
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copy of the content is allowed without consent from the author as per copyright conditions) All Rights Reserved
 
 

NEWS! - Aircraft Announcement : Toliss notes the Airbus A330 as next project
 

 
At the developers conference in early February 24 in Toronto... ToLiSS put up a chart in the session to note the already released fleet from the developer, but of also which aircraft could come up for development next...
 
Candidates included the A318, A330ceo, A330neo, A340-200/300 and of course the Airbus A380. The A350 (v2) has already been announced as a joint project with FlightFactor (same arrangement as the current FF A350) at the same conference.
 
The choice is now between the A330ceo (Current Engine Option), and the A330neo (New Engine Option)...  image depicted here is the default Laminar A330-300, so it is a not a signal of the coming ToLiSS A330 type.
 

 
The question "But Which One?", will keep you guessing, but on past record ToLiSS has usually kept away from competing directly with already released products, also they usually always do the NEO versions of the same aircraft (hint A320neo, A321neo). So the A330neo is probably the pick of the two versions. And into also not competing directly with the same A330-300 Laminar offering.
 
The A330neo has two variants, the -800 based on the older ceo -200 and -300 variants, that has a range of 8,150 nmi (15,090 km; 9,380 mi) with 257 passengers. The second variant is the -900, it covers a range of 7,200 nmi (13,330 km; 8,290 mi) with 287 passengers. Both variants are powered by the Rolls-Royce Trent 7000 which has double the bypass ratio of its predecessor.
 
ToLiss Features include...
Accurate Systems ToLiss Fly-by-wire and autopilot module, with support for Alternate and Direct Law Unique feature: Control Surface hinge moment modelling allows the surfaces to float to the appropriate position after loss of all actuators on a surface or to not reach full deflection if running on a single actuator. fault injection interface allowing to inject custom selected failures, or randomly selected failure based on fault probabilities with over 210 failure modes available. Custom TCAS with resolution advisory function. Terrain on ND and Weather radar available (WX radar works with default X-plane weather engine) Brake temperature model based on the detailed physics of heat transfer between the individual brake components Hydraulics model with proper hydraulic flow computation as function of surface motion, flap/slat motion, gear extension etc. You will see this by the pressure dropping when flying on RAT Custom engine model for accurate thrust and fuel flow modelling including oil pressure and temperature model as well as many engine failure modes. Thrust and fuel flow modelled for each engine type. Special engine logics, such as dual cooling on the PW1127G engine, are also modelled. Detailed model of each ADIRU including alignment, small pressure sensor differences between the units, switching of sources for PFDs and Aps Quantitative bleed system modelling affecting engine fuel flow Electrical system simulation with correct bus reconfiguration and load distribution, simulated electrical transients as well as emergency generation from the blue hydraulic system. Fire detection simulation for engines and APU Custom radio navigation computations including ability to perform backup RADNAV tuning through the RMPs Custom air conditioning model supporting high altitude operations at airports like Cusco in Peru or La Paz in Bolivia without spurious warnings Flight warning system with ECAM actions supporting numerous system failure scenarios, e.g. engine failures, generator failures, hydraulic failures. Custom indicating system including DMC and SDAC simulation. Choice between Multifunctional runway lights or the classic landing light configuration Useability features
Situation loading and saving. It is possible to save the flight at any point in time and resume it another day. This can also be used, e.g., to save the position just before approach and practice just the approach many times. This feature reinstates the complete aircraft state (except communications with ATC, such as AOC and CPDLC messages or ground service states.) Autosaving allows recovering where you left off, should the X-Plane session end unexpectedly. Jumping waypoint-to-waypoint through the cruise phase: Shorten your flight to focus on the more interesting parts as you like. Integrated takeoff performance calculator supporting the use of flex temperature. 4 different start-up configurations from Cold and Dark to engines running and ready to go In-screen popup displays or use of x-plane windows for popups Interactive audio control panel to change ground services, fuel, loading, passengers etc. without breaking immersion Electronic flight bag on both sides with Avitab integration, weight and balance computation, take-off and landing performance calculator as well as a user customizable interactive checklist. Print function for AOC messages, CPDLC messages and selected FMGS functions  
Release would be around October, as this is also a ToLiSS release period with the other time in being March...
 
ToLiSS notes that the new A330 is obviously compatible with X-Plane 12, but will also support X-Plane 11 backwards compatibility, but without the X-Plane 12 effects.
 
Start saving now, price should be around US$89.99!
___________________________
 
News! by Stephen Dutton
16th April 2024
Copyright©2024: X-Plane Reviews
 
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copy of the content is allowed without consent from the author as per copyright conditions) All Rights Reserved
 

 

Sound Addon Review : Rotate McDonnell Douglas MD80 Series sound package by Mango Studios
 
As noted in the review/tutorial of the modification of the Rotate MD-80 Series to use the IAE V2500 Series engines. That coming soon from Mango Studios would be a sound package to modify the original P&W JT8D-200 sounds to the IAE V2500 engine sounds.
 

 
This is that sound pack, and both JT8D-200 and IAE V2500 sounds are included, plus both new bonus external and custom internal sounds are also provided in the package. The feature list is extensive as noted here...
 
Exterior:
Custom Sounds for Exterior Aircraft Systems
-APU, Hydraulic Pumps, Fuel Pumps, Packs, etc
External Environmental sounds, including light and hard rain
Custom Engine Sounds for the Pratt & Whitney JT8D Engines
    -Exterior start-up/shut-down sound effects
    -Exterior spool-up/spool-down sound effects
    -Exterior backblast, surround sound, and flyby sound effects
Custom Engine Sounds for the IAE V2500 Engines
    -Exterior start-up/shut-down sound effects
    -Exterior spool-up/spool-down sound effects
    -Exterior backblast, surround sound, and flyby sound effects
Interior:
Custom Sounds for cockpit switches, buttons, covers, knobs, and handles
-Overhead Panel, Pedestal Panel, Autopilot Panel, and Eicas Panel all reworked
Custom Cockpit System Sounds Including
-Higher Quality GPWS Sounds, all the way from 2500ft to 10ft aural warnings.
-Higher Quality McDonnell Douglas Warning Sounds
-Higher quality and realistic Battery, packs, wipers, and avionics generator effects
Custom, and ultra-realistic cockpit environmental effects
-High-quality landing gear roll, cockpit rattle effect, gear retraction, gear extension, gear drag, and cockpit wind.
New cabin effects include
    -New Air conditioning effect, Fuel pump, Hydraulic Pump, Flaps, Slats
Custom Interior sounds for the  Pratt & Whitney JT8D Engines, which include:
    -New custom, interior startup/shutdown sound effects
    -New custom, interior spool-up/spool-down sound effects
    -New custom, interior backblast, surround sound, and flyby sound effects
Custom Interior sounds for the  IAE V2500 Engines, which include:
    -New custom, interior startup/shutdown sound effects
    -New custom, interior spool-up/spool-down sound effects
    -New custom, interior backblast, surround sound, and flyby sound effects
 
Downloaded the Sound Pack looks like this...  how to install.
 

 
First there are two options in "Engine Volume 1" and "Engine Volume 2"...  the choice is that Eng Vol 1 has "Realistic" normal volume sounds in the cockpit. Eng Vol 2 has a "loud" (or higher level) engine noise in the cockpit... it's your choice?
 
Note; If you created a separate aircraft for the modification of the "IAE" engines, then you would need to install this Sound Pack in Both of the aircraft files.  
 
Then just select the optional FMOD set you have selected and move it to the Rotate Aircraft root folder.
 

 
Next to be installed is the "Plugins", select both "MangoStudio MD80" and "MD-80 Core" folders and install them in the (MD-80) Plugin folder...  It will ask you to replace 102 files in the MD-80 Core plugin folder, select to overwrite the files.
 

 
Last install item is the "Sounds". Open the MD-80 Sounds folder, and now replace the "Alert" folder, again you will be asked to overwrite 25 alert sounds.... 
 

 
...   now the Mango Studios Sound installation is completed.
 
Starting the Simulation, I loaded the IAE V2500 Engine aircraft. In the X-Plane Plugin Menu, there is now under the "MD-80 Soundpack", a settings menu "MD-80 Sound Preferences".  This is a selection and sound adjustment panel.
 
There are Options on the left, and a "Volume Control" panel on the right...
 

 
In the options we will look at the most important one first. This is the "Engine Select Option", or the selection of either the IAE V2500 or the JT8D-200 Engine sounds. Selecting either will allocate (save) those engine sounds to that aircraft. Here I have selected the IAE V2500 engine.
 
 
 
Other selection options include; "Speedbrake Deploy Sounds", or the sound the Speedbrakes make on landing, "Rotation Noise" the noise when the nosewheel lifts off the runway, here you can also set the point of the rotation degreeº point of when this effect comes into play (5º is default), and finally you can have "Passenger Noise" in the cabin.
 

 
There are seven Volume 0%-100% adjust selections; Master, External, Interior, Radio, Environment, User Interface and CoPilot volume adjustments.
 
Aural feedback
Obviously I want to hear the sounds of the IAE V2500 engine...  It's actually really "weird", but not in a negative way. You are always used to to the lower raw compressor sounds of the P&W JT8D, however here it is the high whine of a Airbus A320, on a McDonnell Douglas MD80?
 
It sounds like the Airbus in every way, even in the reverse thrust mode. I like it because it is what I wanted, a differential feel and environment to the standard MD-80 Series aircraft. The sound is "doppler" in the source, and there is also different source sounds in the rotation from front to back (180º) and so you are highly spatially aware of all the different changes of direction.
 

 
Externally the sounds are VERY loud, and my External percentage was finally set as low as 60%, (but I don't like large volume changes from the Internal to the External)...   Start up and spool down sounds are excellent (great spaced timing), however so different in the engine being a more modern installation than the 60's based Pratt & Whitney.  
 
In the cabin, the rear is aurally loud, with the set passenger noise coming in on top, and the engines are set only in the idle mode....   move to along to the front of the cabin and the distance to engines make a difference to the lower sound levels, very good. But oddly so does the noise level of the passengers also decrease, which feels very odd? I am sure they talk as much at the front of cabin, as they do in the rear.
 

 
The Rotate MD-88 cockpit was always a very "clickity clackity" cockpit, and one of the main reasons why I love it.... the Mango Studios cockpit sounds are certainly not as loud, or as noisy as the default sounds, even hard to hear. So you have to put the volume up (a lot) if you want to hear them as you do in the Rotate MD-80?
 
So it is very noticeable in the far lower Speedbrake arm and the trim setting noises, and you can barely hear the usual noisy landing and taxi light switches? This is with the "User Interface" settings set at 100%? They are definitely good sounds, but they are simply not loud enough, or you also don't have enough adjustment to find your own personal level of acceptable switch noise.
 

 
In the taxi, the IAE MD-80 sounds great, nice roll sounds and engine noise...
 

 
....  power up the throttles (N1) and you get this lovely high IAE whine rising from the rear, runway rumble is also very good, but those engines sound so excellent as the power gets to the takeoff throttle speeds, this is the point of difference...  I absolutely really love the aural feedback you get here as those IAEs reach full thrust power.
 

 
Externally the takeoff noise is really good. Once off the ground you get that nosewheel gear custom wind sound, it is good, but to be noted as far too loud on a quiet cockpit to be realistic? Yes you can turn it off, but that is in creating the opposite effect, volume just needs to be turned down a little to be authentic.
 

 
Climb-out and altitude climb sounds are very good, then cockpit settles down into a background rumble in the cruise, that I also like.
 

 
Once at cruise altitude I run a flypass of the IAE MD-80...  It is very good, but the rear exhaust sounds when in view are very loud, and stay loud even as the aircraft retreats well and long into the distance... doesn't feel very realistic to be honest.
 

 
At each step of the approach, first with the flap extension in that the sounds are extremely realistic, and the engine note also changes with any extra drag applied, then say the lowering of the gear, in it then adds on another heavier layer. Yes this is what should happen on the approach phase, but the point here is in how well you can differentiate between the different wind or drag sounds, as the layers are very well done for a feel of the spatial direction of that particular sound. Get it right as it does here, and it sounds all very realistic.
 

 
The real action starts when you touch the runway, up go the spoilers, and then the reverse thrust powers up. Again the spoilers feel a little loud (like the front wheels on takeoff), but the IAE engine reverse blast is excellent, again very A320 IAE in reflection. Aurally the landing noise (touch), drag and thrust noise is excellent from the cockpit, but extremely loud if you are anywhere near the engines in the rear.
 

 
I think the idea here is to make the engine package "dynamic" special sounds in being heightened (i.e. nosewheel on rotation and airbrakes), but in other areas the sounds are quieter, in say the cockpit switchgear and in the various sound directions. So you need a bit more of a balance for it to be perfect. So there is a case for some sounds need to be more reduced, and others more heightened to find a better balance...  otherwise the overall dynamics here are very good, even extremely good.
 
'
 
JT8D-200
Now you select the JT8D-200 selection on the MD-80 Sound Preferences panel.
 

 
Externally the JT8D-200 version sounds better? The rotation of the sound (rear to front) is far better, and feels more authentic. There isn't that blast of consistent rear engine exhaust noise like you get with the IAE, until you push up the throttles, then it sounds excellent.
 

 
Again the rear cabin is also extremely loud, even with the interior sounds set at 40% and the throttles set at idle? but the aural reduction to the front of the cabin is excellent, but also set higher level than the IAE, same with the cockpit sound level in the front, higher volume than the IAE. This aspect is to be realistic, the noisy 60's era engine compared to the 80's higher bypass era.
 

 
Switchgear noise is the same as the IAE, as you can't again hear them working? unless you increase the volume (a lot). I again miss this interaction with the aircraft. Power up and the JT8D goes LOUD, okay I can live with that, and you feel the louder noise in the cockpit.
 

 
Rotate and the nosewheel drag is highlighted, again I feel it is too loud...  but the climbout and the doppler sounds are really, really good...
 

 
... certainly the JT8D is more balanced all round than the IAE. You however get the same high exhaust note when past the camera position, as the loud thrust is still very audible as far or as long as this last image shows, and so again rumbling too far into the distance from the viewer to be realistic.
 

 
But don't get me wrong, in flight the JT8D sounds brilliant, in the cockpit, on the flypast and in the air from most directions. Rear cabin passengers would however ask for their fare back with the consistent high noise level? Notable here is that the high rear cabin sound level stays the same at engine idle, and the same in flight (increases though on a full throttle setting), and so why does this annoy me...  because I do a lot of replays sitting in the rear cabin, so to use I would have to turn the volume right down to be seated back here in comfort.
 
On LEBL (Barcelona) approach, with the gear down and full flap, the wind and drag sounds are again really good, yes in context very similar to the IAE in the audio experience, but certainly not in engine tone, so it is very good expression between both of these aircraft and their different powerplants.
 

 
Good sound, or an all round high aural experience can certainly give any simulation a more credible immersion to the user/pilot. It is Simulation's ongoing advances that seeks to create the real environment in your own world. Sound is as important as the visuals, so these sound-packages are a very important addition to your flying, and one of the best options to heighten the simulation...  as I go over the fence at LEBL's Rwy 02, I am totally in there, eyeballing the runway, but also in needing the feedback aurally from the aircraft, that is the important statement, it is what is being signaled to you or is reverberating around you can be the difference between the best experience, or just an average one.
 

 
On touch down and into reverse mode, the aural sensation is excellent, yes you get the extra noise from the speedbrakes, but you can turn that off in the options.
 

 
Gotta Love the Maddog!
_____________________
Summary
Mango Studios released a modification for the Rotate MD-80 aircraft to add on the IAE V2500 engine to the already installed Pratt & Whitney JT8D-200. Here is a sound package to deliver custom sounds for both those engines IAE V2500 and JT8D-200 and aircraft interaction.
 
The package is most effective when you have both engine types installed, as you get both custom sound packs for both engine types. So the IAE V2500 Engine Addon from Mango Studios is highly recommended here.
 
This is a very good high quality sound pack, that can differentiate the unique sounds of both the IAE V2500 and JT8D-200 engines, the IAE is of course the more modern engine and is mostly associated with the Airbus A320 Series.
 
The range of custom sounds here are excellent on both engine type installations. Great doppler effects, different source sounds in the rotation from front to back (180º) and so you are highly spatially aware of the different changes. Both engines have excellent spool up/spool down sounds and the excellent reverse thrust activity. Flap, gear and wind noise is also very good and engine thrust realism is excellent. With options that cover custom "Speedbrake Deploy Sounds", "Rotation Noise" the noise when the nosewheel lifts off the runway, and "Passenger Noise" in the cabin. Option for "Loud" or louder engine noise in the cockpit.
 
However there are few consistencies highlighted the same on each pack. Switchgear/Interaction sound levels are very low compared to the excellent default Rotate MD-80 sounds...  rear engine exhaust is also too (extremely) high and remains too long after the aircraft has passed your point of view. Rear cabin sounds even at throttle idle are not realistic, passenger chatter also disappears as you move forward in the cabin, optional custom sounds (nosewheel & speedbrake) are set higher to be "dynamic" when selected, are not very realistic.
 
The attraction here with this package is the sounds for the IAE V2500, the tone and feel is completely more modern than the 60's inspired feel of the JT8D low-by pass engine, effectively an Airbus engine on a McDonnell Douglas MD80 aircraft. In this aspect the package is excellent and a great companion to the MOD pack for the IAE V2500, the JT8D-200 is as good, with extra features over the original Rotate sound pack.
 
Overall I totally love the idea and the choice of the two different engine types for the MD-80. It gives you a very and more flexible choice in flying this unique McDonnell Douglas aircraft, not just in appearance, but also here with a unique aural experience for both types...  well worth the investment!
_____________________
 

 
Yes! the Mango Studios MD-80 Sound Pack is currently available from the X-Plane.Org Store here :
 
Mango Studios MD-80 Sound Pack
Price is US$14.99
 
The Rotate MD-88 Pro X-Plane 12 is required for this add-on. The Mango Studios MD-80 IAE V2500 Engine Add-on is highly recommended.
 
Requirements This is a Sound pack. The Rotate MD-80 is required for this sound pack. Will not work with any other MD-80
Download Size: 52 MB
Current version 1.0 (April 16th 2024)   Documentation
Manual provided by Mango Studios is a bit basic, hence the Tutorial here in this review
Rotate MD-80 Soundpack Manual.rtf _____________________
 
Aircraft Sound Addon Review by Stephen Dutton
19th April 2024
Copyright©2024: X-Plane Reviews
 
Review System Specifications: 
Windows  - 12th Gen IS1700 Core i7 12700K 12 Core 3.60 GHz CPU - 64bit -32 Gb single 1067 Mhz DDR4 2133 - PNY GeForce RTX 3080 10GB XLR8 - Samsung 970 EVO+ 2TB SSD
Software:   - Windows 11 Pro - X-Plane Version 12.09rc5
Plugins: JustFlight-Traffic (X-Plane.OrgStore) US$52.99 : Global SFD plugin US$30.00 : RK Apps XPRealistic v2 - US$34.99
Scenery or Aircraft
- LIRF - Airport Rome XP  by Aerosoft (X-Plane.OrgStore) - US$25.99
- LMML- Malta International Airport by JustSim (X-Plane.OrgStore) - US$22.30
- LEBL - Barcelona XP by Aerosoft (X-Plane.OrgStore) - US$27.99
  (Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copy of the content is allowed without consent from the author as per copyright conditions) All Rights Reserved
 

Scenery Review: LFKF - Figari, Corsica XP12 by FSX3D
 
By Dominic Smith
 
Introduction
Welcome to another scenery review, this time set in the beautiful surroundings of Corsica. Unlike most youngsters, my initial curiosity about Corsica was sparked by an unlikely source, the comic book "Asterix in Corsica". While the story mainly highlighted the island as a unique spot off the coast of Italy and focused on the adventures of Asterix and Obelix, it greatly captured my interest. Since that initial discovery as a child, and despite numerous "unfortunate" geography lessons (my teacher just didn’t have Asterix’s appeal), I have come to appreciate Corsica as a place of considerable natural beauty and historical depth. This appeal extends to both the casual visitor and the avid explorer, although I have yet to visit the island outside of X-Plane.
 

 
Figari South Corsica Airport, located just 3 km northwest of Figari in the scenic Corse-du-Sud département, serves as a vital hub for accessing this enchanting Mediterranean island. Since opening in 1975, the airport has become Corsica’s third-largest, facilitating connections to major cities via airlines such as Air France, British Airways, easyJet, and Ryanair. Conveniently situated 25 km southwest of Porto-Vecchio, it handles upwards of 639,916 passengers annually. More than just an airport, it serves as a gateway to exploring Corsica’s stunning coasts and ancient mountain villages.
 

 
Installation & Options
The main airport download size is 815MB, with an option to install additional photographic scenery tiles of the area, totaling just under 9GB. Although this might seem large at first, the tiles have been created using a reasonably high zoom level, making them a worthwhile addition, especially for users of simHeaven. Alternatively, you can choose to create your own photographic tiles with Ortho4XP. For this purpose, the developer has included patches to ensure the airport aligns correctly, applicable to users of AutoOrtho as well. There's no online activation or third-party wrappers involved, so while the installation process might differ slightly from the norm, it remains relatively straightforward.
 
Documentation
The provided documentation is quite comprehensive; it includes text documents detailing the various installation options and a full-colour chart of the main airport along with its layout. Given the relatively low cost of the scenery package, I was quite impressed with what was provided, especially considering that more expensive sceneries often offer less.
 

 
Initial Impressions
Upon opting to install the additional photographic tile of the area, I was immediately struck by its quality. The documentation reveals that this imagery was created using zoom level 17 (ZL17) with custom elevations. From the views provided, it was evident that this enhancement significantly surpasses the default textures and mesh included with X-Plane 12. Beyond the undulating hills, the Mediterranean Sea stretches into the distance, presenting a captivating sight even in this virtual setting.
 



 
Ground Details
As you descend closer to the ground, the custom orthos remains sharp and clear. This level of detail is particularly beneficial for those who enjoy flying low in general aviation (GA) aircraft. Indeed, if you’re exploring Corsica by air, there really is no better way. However, while the runway textures were sharp and clear, they appeared somewhat clinical. The asphalt's colour was overly intense and seemed unbalanced. Additionally, the transition from asphalt to grass was too abrupt, lacking a smooth blend which could potentially be refined with further development.
 



 
Taxiway & Apron Textures
On the flip side, the textures of the taxiways and apron were far more aesthetically pleasing. Here, the asphalt and concrete had a more subdued appearance, which seemed more fitting with their environment. The edges where the asphalt met the grass were well-executed, featuring realistic cracks and wear. Moreover, the presence of rubber marks and oil or chemical stains enhanced the authenticity, contributing significantly to the overall visual appeal.
 


 
Airport Signage
One of the features of the scenery I was most impressed with was the custom airport signage, particularly noticeable on the taxiways and apron. The detailed guides for taxiing aircraft are well represented. A comparison with its real-life counterpart on Google Maps shows that the layout is almost identical, which greatly enhances the authenticity of the scenery. Parking areas for both general aviation and business aircraft, as well as helicopter zones, are clearly marked. Closer to the main terminal, the stands are accurately laid out with all the correct markings. Overall, I was very impressed with the signage accuracy and detail.
 



 
Airport Foliage
The airport is bordered by several wooded areas that extend right up to the boundaries of the scenery before stopping abruptly. It’s worth noting that with Global Trees installed, this coverage might continue beyond the scenery’s limits; however, I haven't tested this add-on as I do not own the product. However, I did have X-World Europe installed, which might have accounted for the slight increase in tree variations. Situated around the airport buildings, particularly the terminal and control tower, are small shrubs, flowers, and a few mature palm trees. 
 


 
Main Terminal Building & Surroundings 
The main terminal at LFKF, while lacking an interior, is well-modelled and effectively represents its real-life counterpart. Along the length of the terminal, bollards and benches contribute to the overall visual appeal, and the texturing on the concrete walls shows a realistic degree of weathering. However, the terminal area lacks airport signs or posters and feels somewhat lifeless, particularly in what should be the busiest part of the airport. There are a few cars lined up for passenger drop-off and collection, but the noticeable absence of passengers diminishes the overall effect. Hopefully, future updates will address this issue, but as it stands, the terminal building, whilst impressively modelled, requires a bit more liveliness to truly come to life.
 



 
Directly across from the main terminal entrance is the main airport car park, which features a variety of custom-made vehicles. These vehicles are a significant and highly welcomed improvement over the stock models typically included with X-Plane. I don’t know about you, but I get tired of seeing the same old models all the time! The vehicles, all European makes, fit the Corsican setting perfectly and add a touch of authenticity to the scenery.
 


 
Close to the car park, you'll find several car rental facilities, including Ada, Hertz, Avis, National, and Europcar. These buildings are modest in size but effectively serve their purpose. Given Corsica’s expansive landscapes, renting a car is almost essential for visitors.
 

 
Additional Airport Structures
Adjacent to the terminal lies the control tower, which I found to be modelled to a slightly higher standard than the terminal. The control tower's numerous angles and curves lend it a quite unique appearance, and the central staircase is a welcome touch.
 


 
Next to the control tower is the Terminal Aviation d’Affaires, catering exclusively to business travel. The modelling here matches the high standard of the control tower, with notably good texturing that includes realistic weathering effects. The large glass areas are particularly impressive, although it's a pity there isn’t an interior modelled.
 


 
A few metres away from the main buildings, there is a small maintenance building, and next to it, a fire station. The fire truck is positioned further up on the apron, perhaps there was some emergency I missed. Nearby, several smaller buildings of various types and a fuel service area contribute to the functional diversity of the airport. Completing the scene is an animated radar dome, faithfully watching over the airport.
 


 
Night Lighting
The night lighting at the airport is primarily provided by dynamic lighting from street and airport lamps, which stands in stark contrast to the complete absence of lighting effects from the buildings themselves. This omission is rather disappointing, as it contributes to a rather lifeless atmosphere during nighttime hours. Much like the notable absence of 3D people, I really do hope that the developer will address this issue in future updates.
 


 
Performance
Overall, I found the performance at LFKF to be pretty impressive, allowing for all settings to be maxed out, apart from anti-aliasing, while running at 1440p. At this resolution, I managed to maintain roughly sixty frames per second during the day. However, during nighttime hours, there is a noticeable drop, with frame rates dipping to the mid to high thirties. This significant reduction may be more reflective of X-Plane's general performance quirks during certain times of the day, nighttime in particular, rather than a specific issue with the scenery itself. Nonetheless, it's an important consideration for those using lower-end systems, as these performance shifts could impact your experience.
 


 
Conclusion
Reflecting on my time at LFKF, it’s clear that the experience was, on the whole, rather enjoyable. The airport features some well-modelled buildings, especially considering its low price point, and an authentic layout which closely matches its real-life counterpart. The addition of the optional ortho tiles significantly enhances the value of this scenery package, offering a level of detail not commonly found in more expensive counterparts. However, it’s not without its shortcomings. The absence of 3D people and the inadequate night lighting stand out as the most notable flaws. Addressing these issues in future updates could transform this from a good to an exceptional scenery package.
 

 
As it stands, I am happy to recommend LFKF to those who have a fondness for Corsica, and perhaps an affinity for adventure reminiscent of our beloved two Gauls. Just as Asterix and his companions would conclude their adventures with a grand feast, albeit always without the bard, this scenery too promises a delightful exploration, if not a perfect one.
 
________________________
 

 
LFKF -Figari, Corsica XP12 by FSX3D is now available from the X-Plane.Org Store here:
 
LFKF -Figari, Corsica XP12
Priced at $14.99
 
Features
Ultra detailed car parks, taxiways and track PBR on all objects Ambient occlusion (Objects and ground) Wet track effects Dynamic lighting Animated Radar Pylon Altimeter patch for Ortho4XP Compatibility AutoOrtho Requirements
X-Plane 12
Windows, Mac, or Linux
8 GB VRAM Minimum
Download Size: 815 MB
 
Review System Specifications
Intel i5 12400 – 32GB RAM - Nvidia Asus RTX 4070 – Windows 10 Home 64 Bit
 
__________________________________
 
Scenery Review by Dominic Smith
19 April 2024
Copyright©2024: X-Plane Reviews
 
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copying of the content is allowed without consent from the author as per copyright conditions).
 

Thank you @Stephen for your honest review, much appreciated. As developer of KTLH I would like to add few comments and explain some decisions in this airport for X-Plane Reviews readers and you.
 
Regarding custom buildings and objects within the airport area, I focused most of the power on the ATC Tower, Cargo Apron Facility and Ivan Munroe terminal, this objects are the most important for virtual jet airliner pilots. Also I tried to represent the Custom Hangars surrounding South Ramp with Million Air terminal very close to real airport.
Unfortunately due to the development cost and profitable reasons nowadays I was forced to pay just a little less attention to a few secondary objects and hangars far away from Munroe terminal. Also meanwhile development process some details like logo's on Million Air terminal and some hangars was missed, now I'm figure it out and I will add them back in further update with some fixes as well.
 
Ok then I would like explain the airport lighting, most of lights looks pretty accurate on your images (my custom lights with custom masts) except few weird over bloomed light apron masts taken from laminar's library. I partially used them to save time and they were looking very good when I was taking release images, I guess maybe something has changed in latest X-Plane update that I got few days ago but they wasn't looking like presented. I will investigate it soon and will replace them with custom masts as well.
 
Briefly about ground poly's and airport surfaces quality, I figured out why they are depicting in lower quality than I had, I will fix it and also will add better fidelity decal with solid normal map underlaying all current layers to make surfaces looking more crispy and bumpy from closer look.
 
I carefully read the review and I promise I'll take a look at how to make the airport more dynamic with ground traffic.
Regarding the 3d people I would like to say low poly 3d people are quite expensive for me and I can't promise to add them in large quantity. Also they are absolute static and almost impossible to animate them due to very old x-obj x-plane object format, Ben says laminar's are looking forward to transition from old x-obj to glTf, it will make such things like animated mass of peoples much easier.
 
Instead of conclusion I want to add that I love X-Plane and it's wonderful community.
Everyday I'm studying to do better things and this days I'm engaged in X-Plane more than ever before.
Thank you Stephen for your time and majestic review this is incredible helpful.

Scenery Upgrade Review : KTLH - Tallahassee International Airport XP12 by Skytitude
 
One American State that is highly supported with X-Plane scenery than most, and that is Florida. From the lowest point of Key West, to the state boundary in the north, there are some really great quality destinations for you to chose from. My flying time in X-Plane has found me chris-crossing this one state more than any other. Some developers like FS Designs specialise in the Florida State, another in Skytitude has a few quality destinations in there as well.
 
This is Skytitude's upgrade for their original KTLH - Tallahassee International Airport X-Plane 11 scenery, released only in November 2021, so it is not as would say an old scenery in quality, it is still available if required for US$19.95. Before that release the only scenery available for KTHL Tallahassee was an odd version from Rim&Co. A messy piece of work, that was discontinued as it had illegal, meaning stolen objects from other developers work, so best forgotten for more than one reason.
 
So here is the X-Plane 12 upgraded version of KTLH Tallahassee International Airport, which is not actually an international port, as it doesn't have any international services to other countries. However KTLH is noted as a full-service "Service Port" for U.S. Customs. The title allows international cargo and general aviation flights to directly come to Tallahassee, which is the leading cargo handler in the Panhandle area of Florida. Tallahassee handles around 9.5 million pounds of cargo a year,
 
Most services here are what you would call feeder (Hub & Spoke) regional routes, Atlanta, Charlotte, Miami, Fort Lauderdale, Tampa, Dallas and Washington DC. But Tallahassee is also the Florida State Capital, it is the largest city in the Florida Big Bend and Florida Panhandle region. Tallahassee is also a college town with student population exceeding 70,000, home to the Florida State University, Florida A&M University, and Tallahassee Community College, a large state college that serves mainly as a feeder school to Florida State and Florida A&M. The KTLH city-owned airport is situated five miles southwest of downtown Tallahassee, in Leon County,
 

 
The airport covers 2,485 acres (1,006 ha) at an elevation of 81 feet (25 m). It has two runways: 09/27 is 8,000 by 150 feet (2,438 by 46 m) and 18/36 is 7,000 by 150 ft. (2,134 by 46 m). Helicopter operations are generally confined to the Runway 18/36 area, or direct approaches to the Million Air FBO ramp area.
 

 
Tallahassee International Airport
IATA: TLH - ICAO: KTLH - FAA LID: TL

09/27 - 8,000ft (2,438m) Asphalt
18/36 - 7,000ft (2,134m) Asphalt
Elevation AMSL81 ft / 25 m
 
A new passenger terminal was built just north of the new 09/27 runway on November 2, 1987, and the new terminal prompted officials to rename the airport from Tallahassee Municipal Airport to Tallahassee Regional Airport. On December 3, 1989, the city opened the $33 million terminal, and on February 20, 2000, the terminal was soon renamed the Ivan Munroe Terminal in honor of Tallahassee aviation pioneer Ivan Munroe.
 
It is a simple layout. A terminal building with a pier that is connecting to a concourse, or a split single concourse into A and B, from the side it is in a H design.
 

 
The Munroe terminal is really well replicated here by Skytitude, very realistic with very good building detail and adornments. The terracotta roof is in contrast to the brown main building and pier exposed concrete.
 

 
Scenery clutter is very good, but not overwhelming... there are no animated service vehicles here, and it is noticeable in creating a static sort of environment. Note the excellent aerial installation on the forward part of the connecting pier, and the very nicely done ramp lights.
 

 
There are eight detailed, white Airbridges A1-A6/B1-B6, like the real ones they come with no branding...  they are powered here by the built in X-Plane 12 "Ground handling" menu. A lot of developers are moving away from the SAM system (and it's problems) and back to this updated older version, in lots of ways it is currently a better solution than the fiddly SAM experience. There also five static walkon/walkoff gates for smaller regional aircraft in A7, A4, A2 - B2, B4, B7.
 

 
The landside terminal is very nicely done, even in a walkaround way, with nice well done 3d vehicle carparks and really reat fauna. But there there is no internal terminal detail. There are also no people, or traffic, again in creating a more static feel at TLH than an active one. On the roof are solar panels, in fact there is a loads of solar panels here as we shall see later.
 

 
Trees are all X-Plane 12 3D quality, seasonal as well, but you won't get a lot if any snow in Florida. But the fauna quality is high here.
 

 
Million Air FBO
Next largest facility at TLH is the Million Air Fixed Base Operator. Besides for private operators, Million Air also provides contracted fuel services to U.S. Military and Department of Defense aircraft. TLH is regularly visited by U.S. Navy P-8 Poseidon aircraft, Lockheed Martin C-130 family aircraft, as well as Dornier C-146 and T-6 Texan II aircraft on training missions and practice approaches from nearby AFB.
 

 
The ramp area is massive, and surrounded by maintenance hangers and aviation services FL Aviation and Flightline group. Main large FBO executive building is really well done in brick, next to it is the field's FireStation. Missing is the "Million Air" sign that sits outside the entrance, a small but noticeable overlook, but any signage is also missing here at TLH. But overall the detail and fill of this FBO area is very well done with a heliport with 6 landing pads located at South Apron.
 

 
Aero Center Tallahassee
North is another large ramp for Aero Center Tallahassee and the Epic Flight Academy. The buildings are basic here, as the entrance to the Aero Centre is quite ornamental, missing also is the roof detail of the air-conditioning systems. The brickwork however is well done.
 

 
Far north are rows of aircraft storage, and this is a great parking ramp if flying into KTLH while exploring the region to refuel, as there are a few refuel stations set around these aprons for your convenience.
 
Cargo
The freight facility is FedEx. It has two major gates (1 & 2), and three regional ramps for the FedEx feeder network. But as noted it is used as a U.S. customs international feeder "Service Port" area coming into the US.
 

 
Control Tower
The KTLH field tower is set on the Southside. The facility and its surroundings is excellent, with great roof aerial detail.
 

 
Infrastructure
Is this where all digital pilots go when they leave the X-Plane mortal coil? Yes it is a cemetery, set to the east of the airport called Southside Cemetery, a big one at that, and well done.
 

 
Also west is the City Of Tallahassee Utilities Water Treatment plant, really well done with real (X-Plane) water in the large pools and even in the treatment ponds...  note in the background are the six animated wind turbines.
 

 
Before leaving the west it is interesting to note the excellent merging of the Custom TLH airport to the default autogen, here the commercial Infrastructure blends in well with the airport boundary, making it a realistic viewpoint if arriving on Rwy 27.
 

 
Obviously the Tallahassee City owners are very big into efficiency and saving the planet. Surrounding the south approach and the left side of Rwy 18/36, are hundreds of solar panel farms. And all well done here, but I wonder if these massive sun farms could blind a pilot on an approach? The noted "largest airport-based solar station in the world" here is however excellent for the visual detail on approaches 36 and 09.
 

 
Ground Textures
The ground textures are fine, but have no depth of detail, only a sheen, could be even noted as flat to the eye. They look okay with nice grunge, but they are not what you would call "high quality".
 

 
As this is an X-Plane 12 scenery, you get the excellent weather effects. And again X-Plane 12 does it's miracle showing...  water/rain and reflections are all very good, certainly in the right lighting conditions... so the PBR reflective (wet) active textures and burnt-in ambient occlusion works well.

 
Highlight here is the 3d grass, it is excellent and not prone to LOD visuals. The main infield areas are all covered, but there are a few blank areas with no grass...  the grass realism makes a big difference to the quality of the scenery.
 

 
TLH Lighting
In the overview of KTLH the lighting is good, with the expected (XP12) ICAO lighting standards adhered to...
 

 
The ramp areas and external terminal/concourses are nicely lit, with intelligently placed drop lights. Carparks all look great as well...  but the terminal/concourse has no window lighting, making the buildings dark, even blacked out at night?
 

 
Other building lighting in Aviation services hangars are also well done with the well done drop lighting, but the main ramp lights for the Cargo ramp area and FBO ramps are weird, they glow, but don't give out any reflective light to the ground or their surrounding area?
 

 
I'm going to throw the problem to Laminar Research and not to the developer here, as this new light (flare) bloom effects are coming in the next X-Plane update v12.1.0. We will look at this lighting again when that update is released, so ignore it for now.
____________
Summary
Florida is a very well serviced American State for X-Plane pilots to explore with consistent quality destinations. Here with Tallahassee International, it is a very Northern State airport, with great regional connections to Atlanta, Dallas and the Florida State. International in the name is for U.S. Customs "Service Port" only.
 
The KTLH Scenery from Skytitude is overall excellent, with great field landscaping and and excellent reproduced terminal and the Million Air FBO centre. Aero Center Tallahassee is also very good but missing the finer details. Grass and X-Plane 12 weather effects are also excellent. Fauna and overall layout is also first rate. The minor details are just that in minor, but they still count. Terminal Window lighting is missing, ground textures are a bit plain but have nice grunge, and not a lot of signage except for a FedEx sign, and non-lit at light? No ground or traffic animations also give a very static feel to the scenery.
 
Yes I really like this excellent Tallahassee scenery from Skytitude, it has a very nice quality about the package, better as well with the X-Plane 12 effects, and has excellent performance or a very light impact on your computer. This KTLH is an upgrade to X-Plane 12 from the still available X-Plane 11 version, but it is a heavily revised and more modernised scenery than the one released in late 2021. There is also an upgrade offer of 25% off for previous users of the XP11 scenery.
 
How much do I like it? well certainly expect to see KTLH Tallahassee appear in many future reviews from X-PlaneReviews, if any scenery passes that substantial test then it must cover a lot of credentials, most of all in a realistic visual quality...  for that aspect alone, it is great investment!
________________________
 

 
Yes!  KTLH - Tallahassee International Airport XP12 by Skytitude is now available from the X-Plane.Org Store here :
 
KTLH - Tallahassee International Airport XP12
Price is US$19.95
 
Requirements
X-Plane 12 (not for XP11)
Windows, Mac or Linux Download Size: 703 MB Current version : 1.0   Owners of KTLH XP11 can purchase this new XP12 version for 25% off, please find the coupon code in the original KTLH Invoice.   Installation and documents:
TLH is download of 520Mb download. There are two folders as part of the installation;
skytitude-ktlh-tallahassee-xp skytitude-ktlh-tallahassee-xp-b The second "skytitude-ktlh-tallahassee-xp-b" has to physically moved (cut&paste) lower in the scenery_packs. INI, below the main "skytitude-ktlh-tallahassee-xp" folder. All details are noted in the provided; "INSTALLATION GUIDE.
 
648Mb is installed into your Custom Scenery folder.
 
Review System Specifications
Windows  - 12th Gen IS1700 Core i7 12700K 12 Core 3.60 GHz CPU - 64bit -32 Gb single 1067 Mhz DDR4 2133 - PNY GeForce RTX 3080 10GB XLR8 - Samsung 970 EVO+ 2TB SSD
Software:   - Windows 11 Pro - X-Plane 12.07r1 (This is a Release Candidate review).
Plugins: Traffic Global - JustFlight-Traffic (X-Plane.OrgStore) US$52.99 : Global SFD plugin US$30.00
Scenery or Aircraft
-Rotate MD-80 Pro XP12 - (X-Plane.OrgStore) - US$59.95
____________________________
 
Scenery Review by Stephen Dutton
11th April 2024
Copyright©2024: X-Plane Reviews
 
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copy of the content is allowed without consent from the author as per copyright conditions) All Rights Reserved
 

 

Aircraft Modification : Rotate McDonnell Douglas MD80 Series IAE V2500 Engine
 
The McDonnell Douglas MD80 Series MD-80 was the second generation of the DC-9 family, originally designated as the DC-9-80 (DC-9 Series 80) and later stylized as the DC-9 Super 80 (short Super 80). It was a stretched fuselage, enlarged wing, and was powered by higher bypass Pratt & Whitney JT8D-200 engines. The MD80 Series made its first flight on October 18, 1979, and was certified on August 25, 1980.
 
In response to the environmental concerns that began in the 1970s, Pratt & Whitney began developing a new version of the JT8D engine, designated the JT8D-200 series. Designed to be quieter, cleaner, more efficient, yet more powerful than the earlier -15, -17, -11 and-9 series on the DC-9. The -200 Series power-plant was re-engineered with a significantly higher bypass ratio (1.74 to 1) covering the 18,500 to 21,700 pound-force (82 to 97 kN) thrust range and became the standard engine in powering the McDonnell Douglas MD-80 series. This is the engine on the Rotate McDonnell Douglas MD88. It's a long thin (still low) higher-bypass engine with clam-shell reversers.
 

 
Mango Studios have done a modification (MOD) to change this JT8D-200 engine to the later bulkier IAE V2500 Series engine.
 

 
The look and feel of the V2500 modification is really well done, with high quality 4K Textures and new PBR (Physical Based Render) effects, the quality and installation is simply excellent. Internal exhaust detail is totally authentic, with the correctly fitted outer fins for the correct airflow around the engine pod.
The V2500 does not have the clam-shell thrust reversers, but the same arrangement like on the A320, were as the full cowling door opens for the thrust reversal. This aspect is very nicely done here as well, nice operation, with great internal detail of the air vent grid and internal mechanism.
 

 
This IAE engine was installed on the next stretch of the MD80 Series, third generation of the DC-9 family in the MD90. The engines were notably mostly installed on the MD-90-30 Series with the IAE V2525-D5 engine, with the option of upgrading to the IAE V2528 engine.
 
The V2500 Series is a two-shaft high-bypass turbofan engine built by International Aero Engines (IAE) which also powers the Airbus A320 family. This engine also has an option to add 3,000 lbf for use in Hot & High conditions if needed by activating a switch in the flight deck. The V2525-D5 is fitted with different mounting hardware and accessory gearboxes to facilitate the rear MD-90 T-Tail installation, than say the under wing pylon of the A320.
 
First look at the larger style of the IAE engine and as the MD90 Series had later the enhanced MD-90s glass cockpit, you could say it is the Boeing 717 aircraft, but it's not, as the 717 (MD95) had Rolls-Royce BR700 family engines installed, not IAE Engines.
 
Important to note that with this modification, there are no IAE Engine sounds, strangely odd as Mango Studios are well known for their Sound Packages, and the quite different IAE engine note would have been a nice feature, but it has been noted by the developer IAE sounds are coming real soon. The performance of the Rotate MD88 is not changed either, so any power (V2525-D5 111.20 kN (25,000 lbf)) and fuel-efficiency benefits of the IAE are not available with this installation.
 
Installation Tutorial
It is a slightly tricky installation, to switch the original JT9D-200 to the IAE V2525-D5. In the downloaded "IAE V2500 Engine Model" pack there are four three folder items; liveries, objects and a paintkit (psd)...  there is also a manual supplied.
 

 
First you have to "duplicate" the original Rotate-MD-80 aircraft, and add into the title "IAE"
 

 
From the package objects folder you transfer the 12 files to the MD-88 IAE "objects" folder, and replace (overwrite) the noted 4 files with the new files.
 

 
Now for the tricky bit...  You have to go and open up the X-Plane-planemaker application (in your X-Plane root folder), and open up the MD-80-IAE aircraft (acf) file. Under the banner menu "Standard" is the "Objects" selection.
 

 
You have to scroll to the bottom of the objects tool, and then using the "ADD" button, insert THREE new layers...
 

 
Far right on each layer is a slot to insert the file, with the selection button to the left of the slot... then insert the three new objects (V2500_I.obj, V2500_r.obj, N1_fast.object) in the MD-80 IAE "Objects" folder...  into the correct slot, then "Save" (File) the changes.
 

 
If correctly done, then the new IAE powerplant should be seen on the main planemaker page...  and the MD-80 IAE aircraft is now ready in the X-Plane Configuration menu.
 

 
Although there is a folder called "liveries", they are actually only the MOD files FOR the liveries, not the completed new livery. So you will still need the original "livery" to add in the MOD livery files...   Each livery folder includes four files; md80_cola_der.png, md80_cola_izq.png, V2500_l.png, V2500_r.png and all four are transferred to the said livery "Objects" folder...
 

 
Again you will be asked to overwrite two of the object files. You have to do this same process for ALL the liveries provided.
 

 
Note the livery "Delta retro" is in fact Delta Old, or the default livery?
 

 
Five livery conversions are provided; Allegiant, Delta (Old), JAL, Lion and Scandinavian. All look excellent, and note how the larger engine can highlight the decals.
 

 
If you want to update another favorite livery, there is a paintkit (photoshop) provided, the paint kit covers the L & R engines, so you also have to still add in two files "md80_cola_der.png" and "md80_cola_izq.png" to each new set of the new livery conversion into the same objects folder.
 
In the air the IAE V2500 conversion looks amazing!
 

 
X-PlaneReviews - Rotate MD80 X-Plane 12 update review is here... 
Aircraft Upgrade Review : McDonnell Douglas MD-88 Pro X-Plane 12 by Rotate
 
Summary
This is a modification to change the Rotate MD80 (MD88) from the original install JT8D-200 engine to the later bulkier IAE V2500 Series engine as found on the Airbus A320 Series. The IAE engines were notably mostly installed on the MD-90-30 Series with the IAE V2525-D5 engine, with the option of upgrading to the IAE V2528 engine.
 
Mango Studios have provided a modification kit to change the over the engines by duplicating a Rotate MD80 aircraft and installing the V2500 engine via X-Plane planemaker application, it's not too hard to do, and the tutorial is above. Also provided are MOD files to change five liveries to match the new engine installation and paintkit to do your own changes on other liveries.
 
This modification really gives you a more modern looking MD Series aircraft, sounds for the IAE are coming soon as well to highlight the package from Mango Studios, that will also be noted here when available.
 
Simply... a big yes, I love the Rotate MD80 in X-Plane 12, this conversion gives you another engine version to widen the aircraft's appeal and only for less than US$6, so a big yes, yes and it comes more flying options with the Rotate MD80 Series...  winner, winner.
_____________________
 

 
Yes! the Mango Studios MD-80 IAE V2500 Engine Add-on is currently available from the X-Plane.Org Store here :
 
Mango Studios MD-80 IAE V2500 Engine Add-on
Price is US$5.99
 
The Rotate MD-88 Pro X-Plane 12 is required for this add-on.
 
Requirements The Rotate MD-80 is required for this add-on.
Download Size: 415 MB Current version: Initial Release (May 9th 2024) Documentation
Manual provided by Mango Studios is a bit basic, hence the Tutorial here in this review
Manual.pdf _____________________
 
Aircraft Modification Review by Stephen Dutton
9th May 2024
Copyright©2024: X-Plane Reviews
 
Review System Specifications: 
Windows  - 12th Gen IS1700 Core i7 12700K 12 Core 3.60 GHz CPU - 64bit -32 Gb single 1067 Mhz DDR4 2133 - PNY GeForce RTX 3080 10GB XLR8 - Samsung 970 EVO+ 2TB SSD
Software:   - Windows 11 Pro - X-Plane Version 12.09rc5
Plugins: JustFlight-Traffic (X-Plane.OrgStore) US$52.99 : Global SFD plugin US$30.00 : RK Apps XPRealistic v2 - US$34.99
Scenery or Aircraft
- LIRF - Airport Rome XP  by Aerosoft (X-Plane.OrgStore) - US$25.99
  (Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copy of the content is allowed without consent from the author as per copyright conditions) All Rights Reserved
 

 

Aircraft Review - Junkers A50 Junior S-LSA by vSkyLabs
 
One of the most interesting things of the changing of the eras, is the transition point, or a certain revolutionary design that in itself creates the new era. These time periods are interesting, exciting as well...  as you are seeing the forward advances of a particular genre. In Aviation's case, these forward advances in design and increasing engine power was in the early to late 1920's, this period was breathtaking in the changes of aircraft. From the frame and fabric (tri) biplanes of the First World War, to the first steps of commercial aviation that changed the world.
 
Center of this explosion of sweeping change, is Junkers Flugzeug- und Motorenwerke AG, a maker of boilers and radiators. "Junkers" as they are known created the first all metal designed aircraft in the Junkers J1, nicknamed the Blechesel (Tin Donkey or Sheet Metal Donkey), that was the monumental transition point from the frame/fabric to a Monocoque construction. The J1 was only an experimental aircraft, but it did create a subsequent series of monocoque metal based airframes, and created success for Junkers.
 
With this success, Junkers wanted to expand into other aircraft categories. Most current Junker aircraft were medium to large by the day's standards, but what of a Junior or smaller "Sports" aircraft or "Sportsplane".
The Junkers A50 Junior was the first sportsplane designed by Hermann Pohlmann. It had the same modern all-metal construction, in being covered with corrugated duralumin sheet as the larger Junkers passenger planes. But the A50 was small, only a crew of two, sitting in tandem in separate open cockpits (if it flew without a passenger, one cockpit could be closed with a cover). powered by a Two-bladed propeller, and had a conventional fixed split axle mainwheel landing gear, with a rear skid.
 
The first flight of the A50 took place on 13 February 1929. It was followed by further four prototypes, in order to test different engines,
but eventually they settled on a 80-hp, 5-cylinder radial engine. Junkers expected to produce 5,000 aircraft, but stopped after manufacturing only 69, of which only 50 were sold. The high prices probably inhibited sales...  but the design had created a new category in aviation. However the Junkers A50 Junior was able to set a number of FAI world records around the world and became famous, amongst other things, because Marga von Etzdorf was the first woman to fly her Junkers A50 Junior from Berlin to Tokyo in several stages in 1931.
 
The aircraft however has not been resigned to the original's past. In 2022, (The new) Junkers Aircraft Works began production of a modernized version of the A50 for LSA approval. This new A50 features modern avionics, a 100 hp Rotax 912iS engine driving a composite MT-Propeller, and a ballistic parachute. As of May 2023, 27 of these new A50s have been sold in Europe, and plans have been made for the American WACO Aircraft Corporation to produce aircraft for American customers. Light Sport Aircraft (LSA) category is a small 2 seat aircraft with a maximum take-off weight of 600kg.
 
The modern interpretation of the Junker A50 is the version here for the X-Plane 12 Simulator by vSkyLabs. This aircraft is part of the ‘Test-Pilot’ Series, an open ended on going project with regular updates and changes as part of the process. The vSkyLabs Junkers A50 Junior is based on the modern German version, there will also be no X-Plane 11 version.
 

 
Like a flying cigar, the A50 is long and very sleek. Although this version is the modern interpretation of the 1929 classic, the lines and construction are exactly the same. It is very easy to behold this futuristic design in those early days, it looks and feels very Pre-war WW2 Junkers as well.
 
The reproduction of the corrugated duralumin sheeting or an early type of age-hardenable aluminium–copper alloy is excellently well done here. The term is a combination of Dürener and Aluminium. It was also used extensively on Zeppelin Airships of the same period.
 

 
The aircraft is all basically duralumin, except for the shiny Aluminium engine cowl and wheel struts. The propeller is actually a modern composite MT-Propeller, than the old wooden version, for weight and strength. On the real A50, you can remove the wings, or fold them backwards, but not on the vSkyLabs version.
 

 
The exhaust is modern as well, and the oil cooler gives the modern engine type away. The gear design from the 1920's however has been retained, with a bicycle spoke style design, pencil thin tyres and with disc brakes. It is a basic arrangement, but works and it is very nicely replicated here in it's simplistic but metallic splendour.
 

 
The twin cockpits are wildly spaced apart along the narrow fuselage, not at all combined together forward like of the Tiger Moth and such aircraft.
 

 
The brown leather cockpit surround is lovely, but missing is the cover for the front cockpit when empty? expect in an update...  There are two pilots (slightly animated) and lifelike (meaning realistic). They are selected via the X-Plane "Weight, Balance & Fuel" via the sliders. In the rear is the pilot, in the front is the passenger...  and to note the severe Centre of Gravity position with only the rear pilot in the aircraft, so you have to find ways to balance the aircraft in better to compensate for the odd weight distribution.
 

 
Both pilot and passenger are not hands or legs animated as noted, but if you press Command "G" (Toggle landing gear) then the front passenger will slip sideways for the rear pilot to see ahead, a nice feature. And an override of the fixed landing gear on the A50.
 

 
Cockpit
In the (rear) cockpit it is all metal inside. Incredible is the design of almost 100 years between the two generations of A50s. But in here the metal design and construction it is almost the same, it is like living in the past, now in the future.
 

 
It is very well done in recreating this construction aspect of the aircraft. Simple stick and rudder pedals are well done, as is the housing for the cables. There is a "Remove Before Flight" safety pin (Emergency Parachute) that is stored in the right side satchel. On the left side are two levers, rear is the Elevator Trim, front the Throttle...  left rear floor is the fuel tank selector.
 

 
The real (modern) A50 Junior has installed a Garmin G3X Touch 10” with a Garmin G3X Touch 7” or GI 275 with Winter altimeter/Winter airspeed indicators as instruments. Here in the vSkyLabs version we have the customised Laminar Research Garmin G1000 fitted.
 

 
And nicely intergrated it is...  Power switches and start button are on the left, (active) Circuit Breakers (Fuses) with ELT and USB Charge panels on the right. Up top are the two bus (ECU) lights, and on the very top is a AOA (Angle of Attack) avionics upgrade, based on the 'Alpha Systems AOA' Eagle AOA kit. (we will look at this in flight)
 
The G1000 is the standard default Avionics system...  Speed and Altitude/Vertical Speed tapes, Artificial Horizon, Horizontal Situation Indicator (HSI) with NAV 1/GPS BRG (Backgrounds), Speeds, Baro, Altitude, Wind, HDG (Heading) and CRS (Course) are all shown.
 

 
There are however two configurations (custom) of the PFD (Primary Flight Display). One (above) has three readouts, in being overlaid with top left Cylinder Head Temperature (CHT), below is the Manifold Pressure and for right lower is the Engine RPM. Turnoff the "AVIO" switch far left and the screen changes to the standard G1000 engine readout panel.
 

 
Here now shown is the RPM (top), FF (Fuel Flow), Oil Pressure, Oil Temp, EGT (Exhaust Gas Temperature), VAC (Vacuum), Fuel Quantity, Electrical (Bus/Volts) and Battery (Amps).
 
Pressing the P/MFD (red Button) with change the screen to the Multi-Function/MAP Display.
 

 
Standard adjustable G1000 popouts are available in both engine display modes, but the three custom instruments don't show on that setting.
 

 
Obviously a very simple instrumentation set up, but really well done here in this basic Sports style aircraft.
_________________
 
Flying the (Modern) Junkers A50 Junior
Turning on the power, even selecting the twin ECU Buses doesn't bring the A50 alive. So there is also the need to push in all the CBs (Circuit Breakers/Fuses), then while doing so you see the different systems on the different CB selections relating to the various avionics.
 
Fuel selector is on the floor, and their is no "All" tank selection, just Left-Right (tanks) or OFF, so you have to select one of the L-R tanks for fuel flow...  Fuel capacity is 95L (25 US gal; 21 imp gal), Range is an amazing 600 km (370 mi, 320 nmi). When ready just press the Starter Button to easily fire up the engine.
 

 
Unlike the original A50, this is a modern powerplant, a 100 hp Rotax 912i that comes with more power as well than the older original installation of the  Armstrong Siddeley Genet which is a five-cylinder, air-cooled, radial engine for aircraft use, that was then built in the UK, and first run in 1926. 
The Genet developed 80 hp at 2,200 rpm in its final form and was in this era a very popular light aircraft powerplant. The later Rotax 912 is a horizontally-opposed four-cylinder, naturally-aspirated, four-stroke aircraft engine with a reduction gearbox. It features liquid-cooled cylinder heads and air-cooled cylinders. Originally equipped with carburetors, the later versions are now fuel injected. It sounds brilliant, although these Rotax engine sounds are now very common in the X-Plane Simulator.
 
There is no "Novice" setting for the tailwheel, it is either locked or free castoring under the X-Plane "Toggle tailwheel lock" setting... so taxiing is a tricky business, either power up with the tailwheel locked and use the toe-brakes heavily to drag the tail into the direction you want to go. Or use a combination of going straight, then "Toggling" the tailwheel on/off by the key Command and using a lighter touch on the toe-brake to turn, or if the aircraft is actually castoring in the right direction...   then locking the tailwheel again to go straight when turned to the right direction of travel...  messy and hard work, especially if you are not very competent with this taildragger style?
 

 
You can't see much either when taxiing, as your just not positioned close up front behind the passenger, but sited way down in the rear, but central position in the aircraft.
 

 
Overall the A50 Junior is just a simply Stick and Rudder aircraft, with a few modern tweaks. So you fly the machine in a very basic way.
 

 
Tons of right rudder is needed to keep you straight and you will have to find that sweet position to counter the engine asymmetric thrust, your tail lifts just after 30 knts (33 knts) then the rudder aerodynamics now need the control, still giving right rudder, but your moving the pedals around now a bit finer. Takeoff is around 45 knts and officially noted as 250 m (820 ft), no flaps here.
 

 
You don't really have a Vertical Speed, just a gradual climb out of around 400 fpm.
 

 
You feel like Louis Blériot, the first person to cross the English Channel in 1909...   exposed in a simple aircraft, the wind rushing past your face (a small in your face fan helps with the effect)...  but it's great fun, aviation in it's very basic form in this very striking looking aircraft.
 

 
Unlike the 1929 version, here you have on your A50 a few modern conveniences, like a full G1000 avionics package. So this gives you an Autopilot, and even Flightplans at your disposal (handy if you want to actually cross the English Channel).
 

 
Only one slight annoyance is that to switch between the PFD and MAP/Flightplan popup displays, you first have to close the current screen, then move over to the other selection, and then reopen the other pop-up, it is slightly annoying when setting up a flight plan and having to keep going back and forth to each of the different popup displays.
 
As noted you can move the head sideways with the front passenger, but the head still moves as well with the angle (bank) of the A50, which is very realistic, and both pilot and passenger heads move together in partnership.
 

 
There are no liveries with the package. Although there is a choice of colours of the fuselage from the Modern Junkers A50 brochure, including; White Aluminium, Glacier White, Deep Black Pearl Effect, Papaya Metallic, Saffron Yellow Metallic and Frozen Blue...  I think they would be a nice addition to the package here.
 

 
Lighting is of course extremely basic... no landing lights, just wing navigation and strobe lights. Light comes from the G1000 displays, but there are two side lights that have no lighting source. The AOA base is pretty as well.
 

 
The A50 Junior is actually very nicely balanced if you get the Elevator Trim right, like most of the era, these light aircraft are fun and fine to twirl around the sky in, with no loss of height in steep banks or with heavy manoeuvres...  lovely actually.
 

 
But these Light-Sports are very susceptible in winds, and the forces will shake you and buffet you around, as seen in this video.
 

 
I need to have a look at my landing field, EGHR - Goodwood in the south of England. So I do an orientation pass over the field, and note the grass strips are very hard to see?
 

 
But the G1000 does give you a few tools to help...  the Course Pointer in the HSI is great for aligning you going downwind in the landing pattern (then for runway course alignment). The G1000 HSI also has ILS alignment, but not here with the grass landing strips, but good to know if you want a landing alignment tool.
 

 
Going downwind I drop down to 300ft and 73 knts, ready for the approach...  then a 180º turn back to the field, again using the course angle to set the Runway 32 approach. Now down 200 ft and dropping the speed to get the best descent angle...  a lot of feel (feedback) through the throttle is very good.
 

 
There are no flaps here to reduce the speed zone, but it feels like a bi-plane in lift, pulling back on the stick, the A50 easily rubs off the speed to make the approach quite perfect, the Junkers Junior handles so well.
 

 
Coming into finals on the 32 Approach, I'm not familiar with the airfield, so I'm a little off angle, but I'm fine with that...  Now the AOA "Eagle" feature comes alive, and I'm tracking too low at the rear...  gradually I adjust the pitch nose down to move the AOA upwards.
 

 
It is very good, it sets the A50 up to the almost perfect angle for landing, throttle power is now my other tool to control the final descent. consistently adjusting the speed and AOA angle until they both perfectly match...
 

 
...   On the perfect AOA blue circle, and your set, and then you glide down onto the grass, and then touch!
 

 
Then let the rear settle.
 

 
Considering the almost One Hundred years between the first A50, and this new modern counterpart. The flight aspect in the stick and rudder, metal long tube fuselage and lovely wings. It is just the instruments that are different, but the actual A50 flight experience is remarkably the same.
_____________
Summary
The Junkers A50 already is a legend. As it was the first Sportsplane, and designed by Hermann Pohlmann in the Junkers works. The first flight of the A50 took place on 13 February 1929. It was followed by a further four prototypes, in order to test different engines, but settled on a 80-hp, 5-cylinder radial engine.
 
The A50 was an all metal construction sports plane, conventional in layout, with low cantilever wings and stressed corrugated duralumin covered, the same material as used in the Zeppelin Airships.... Two-spar wings could fold rearwards or be detached. Crew of two, sit in tandem, in separate open cockpits (if it flew without a passenger, one cockpit could be closed with a cover). The A50 used a Two-blade propeller and conventional fixed split axle main-wheel landing gear, with a rear skid. Junkers expected to produce 5,000 aircraft, but stopped after manufacturing only 69, of which only 50 were sold.
 
The aircraft however has not been resigned to the past. In 2022, Junkers Aircraft Works began production of a modernized version of the A50 called the "Junior S" for LSA approval. This new A50 features modern avionics, a 100 hp Rotax 912iS engine driving a composite MT-Propeller, and a ballistic parachute. As of May 2023, 27 of these new A50s have sold in Europe, and plans have been made for WACO Aircraft Corporation to produce aircraft for American customers. Light Sport Aircraft (LSA) category is a small 2 seat aircraft with a maximum take-off weight of 600kg.
 
This A50 aircraft is from renowned vSkyLabs, and it is based on the modern German version, it comes with a dual display G1000 Avionics system, 'Alpha Systems' Eagle AOA (Angle of Attack) and semi-animated pilots. Beautifully designed and well recreated of the original look and feel of this unique material, it is also tailored for perfect VR (Virtual Reality) realism. Flight dynamics and (Rotex) engine sounds are also first rate.
 
Basically the A50 is a simple stick and rudder aircraft, from originally a dynamic era of change in aviation. So the aircraft to use and fly is simply excellent for novices, but beware the taildragger steering is tricky and difficult to use on the ground with no artificial helpers.
 
So recreate and fly in this 1920's innovative era aircraft, with a modern twist, I really loved it...  once in the air, and to have the features of using modern tools (Autopilot, Flightplans, HSI, ILS alignment) should feel odd in this environment, but I still loved it. Even if I will always desire the authentic 1920's experience. The vSkyLabs A50 Junior is great value as well, as is the excellent on-going support from vSkyLabs...  so in my eyes the Junkers A50 Junior is an all round winner.
_____________
 

 
Yes! Junkers A50 Junior S-LSA XP12 by vSkyLabs is NOW available from the X-Plane.Org Store here :

VSKYLABS Junkers A50 Junior S-LSA XP12
Price is US$29.00, on sale for US$20.30, You Save:$8.70(30%)
 
Requirements
X-Plane 12 (not for XP11) Windows, Mac and Linux 8 GB+ VRAM Recommended Current version: 1.0 (March 29th 2024)  
Project Main Features:
VSKYLABS 'Test-Pilot' Project: designed for use with X-Plane cutting edge flight model environment, featuring superb flight dynamics with authentic performance and flight handling characteristics. Superb Flight dynamics: The VSKYLABS Junkers A50 Junior simulation is a highly engineered, robust tail-glider S-LSA simulation model which makes use of X-Plane 12 sophisticated flight dynamics and physics simulation, extracting it to its limits. Simulated systems: The VSKYLABS Junkers A50 Junior features X-Plane 12 latest native features, systems and physics. This assures a 'high airworthiness' in X-Plane, throughout its update process. Some systems may be restricted to X-Plane default systems algorithms. General cockpit configuration: Equipped with a full-scale and fully-featured X-Plane 12 G1000, in a single-screen / dual-display configuration, to allow maximum usability. Equipped with Alpha Systems AOA 'Eagle' indicator replica. Passenger leaning-aside feature for better takeoff and landing forward visibility (by demand via interaction/assignment). Built for VR: development was tailored specifically for VR, and optimized for 2D usage. Perfect fit for beginner and expert pilots: The aircraft is designed to be flown from the back-seat cockpit. This configuration requires higher piloting skills, and it *will* make you a better pilot!. The front-seat cockpit is fully functional as well, with the limitations which are derived from the real-world Junkers A50 Junior front-seat operations). Wonderful FMOD sound package that includes authentic Rotax 912iS engine recordings and an interactive set of dynamic sound layers that will "wrap" your open-cockpit flying experience, setting a whole new level of immersion! Autoupdater based on the SkunkCrafts autoupdater (XP12 only) - all updates are being pushed smoothly without the need to re-download the entire base package (base package will be updated every once in a while to minimize the gap).   Note: In order to use and enjoy VR environment in X-Plane, user hardware and system specs should meet the required specifications for OS, CPU, GPU, MB and RAM which are specified both in the given VR hardware websites and at X-Plane.com.   Aircraft download is 290.1 Mb, and unpacked then installed in your X-Plane  Aircraft folder 408.5 Mb   Documents How to INSTALL your VSKYLABS aircraft.pdf How to UPDATE your VSKYLABS aircraft.pdf  
VSKYLABS Junkers A50 Junior ESSENTIALS.pdf VSKYLABS Junkers A50 Junior POH.pdf  

Designed by VSKYLABS Support forum for the Junkers A50 Junior _____________________
Review System Specifications: 
Windows  - 12th Gen IS1700 Core i7 12700K 12 Core 3.60 GHz CPU - 64bit -32 Gb single 1067 Mhz DDR4 2133 - PNY GeForce RTX 3080 10GB XLR8 - Samsung 970 EVO+ 2TB SSD
Software:   - Windows 11 Pro - X-Plane 12.09rc5 (This is a Release Candidate review).
Plugins: Traffic Global - JustFlight-Traffic (X-Plane.OrgStore) US$52.99 : Global SFD plugin US$30.00
Scenery or Aircraft
- EGKA - Shoreham - Brighton City Airport by NKdesign (X-Plane.orgStore) US$15.00
- EGHR - Goodwood Chichester 1.0.0 by  jbnemo (X-Plane.Org) - Free
___________________________
 
Update Review by Stephen Dutton
5th April 2024
Copyright©2024: X-Plane Reviews
 
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copy of the content is allowed without consent from the author as per copyright conditions) All Rights Reserved
 

 

Aircraft Plugin Review: Reality Expansion Pack for DHC-2 Beaver by Simcoders

By Michael Hayward

Introduction
The de Havilland DHC-2 "Beaver" is a well-loved high-wing propeller aircraft that was produced in Canada from 1947–1967. With over 1,600 units produced, many continue to grace the skies today, demonstrating exceptional performance in rugged terrains and on water with the addition of floats.

In 2020, Thranda released their rendition of the DHC-2 for X-Plane, later updating it for X-Plane 12 compatibility. This model has garnered praise for its attention to detail and realism, as highlighted in Stephen’s thoroughly detailed review.

This review takes a closer examination of the Reality Expansion Pack (REP) by SimCoders for the Thranda DHC-2. This enhancement introduces a plethora of features and adjustments that elevate the aircraft’s realism beyond its original release. It includes a virtual economy system and improved flight checks, offering a more immersive flying experience.

Having had some experience with the aircraft prior to the expansion pack, I am keen to explore the depth of enhancements SimCoders has integrated. Let's delve deeper, shall we?

Installation
It's a tricky installation, because you are installing a package (REP) on top of another package (Thranda DC-2). Then have to blend them together. Note that you will need the original DHC-2 Beaver - DGS Series XP12 Package to install this Add-On. First you will need to duplicate the Thranda DC2 aircraft to create a secondary aircraft file folder...
 
When downloaded in the REP Package, there are two Folders, a read-me installation pdf and a REP user Manual.
 

One folder "Into-aircraft-main-folder" goes into the main DC-3 Beaver root folder. It will ask you to overwrite two files...
 

 
Second install folder is the "Into-aircraft-plugins-folder" which is put in the Thranda DC-2 Plugins folder.
 

 
On Startup of the REP-Thranda DC-2, you will be asked to authorise (Enable) two items, both the original Thranda DC-2 Aircraft, and the separate REP Pack...  this is done via the REP Pack menu in the Plugins folder.... "Enable package"
 

 
Then the REP Installation process is completed.
 

 
When installed the REP Menus are accessed via both the side quick "Pop-out Menu", and the more detailed menu in the "Plugins Menu".
 

 
The Pop-out Menu has Six Options; Show Checklists, Show Fuel Management, Toggle Walkaround Mode, Toggle Low Mode, Toggle Maintenance report and Engine autostart...  these items are reflected in the Plugin Menu. 
 
Added options in the Plugin Menu include; Settings, Wear out to (Brand New, Privately Owned - New, Privately Owned - Old, Flying Club), Check Fuel Price at airport, Toggle Static Elements, Disable Package and About.

 Key Features Overview
SimCoders have introduced several key enhancements to the Thranda DHC-2 with their expansion pack, each designed to deepen the simulation experience.

A hallmark of X-Plane is its ability to replicate realistic flight dynamics, significantly influenced by the aircraft’s airfoil shape. In this expansion, considerable effort has been invested in refining the DHC-2’s flight behaviour. This includes modifications to stall speeds, climb and cruise speeds, weight distribution, and balance, as well as enhancements to taxiing behaviour, contributing to a more authentic feeling, both on the ground and in the air.

Included in the expansion is an economy system that allows pilots to accumulate virtual currency through completed flights. This currency can then be allocated towards fuel purchases and aircraft maintenance, enriching the Beaver experience with an added layer of strategy and management.

Another notable feature is an enriched walkaround system, enabling pilots to conduct thorough pre-flight inspections outside the aircraft, enhancing the realism of pre-flight preparations.

A significant overhaul detailed by SimCoders is the re-engineering of the engine system. By replacing the default engine with a custom-designed alternative, they introduce a range of factors for pilots to consider and manage. This, along with modifications to the electrical systems and battery configurations, will be discussed further in this review.

Additional improvements include simulation state changes, maintenance protocols, and pilot behaviour adjustments, all aiming to mirror the lifelike intricacies of operating a DHC-2.

These enhancements collectively serve to elevate the simulation experience, introducing a variety of real-world considerations into virtual flight that offer a comprehensive and educational exploration into the mechanics of flight.
 


Flight and Ground Dynamics
We begin by exploring the enhanced flight and ground dynamics of the DHC-2 Beaver. 
 

 
Flying the Beaver is relatively straightforward, offering a smooth experience when airborne and requiring minimal pilot intervention once properly trimmed. A comfortable cruise speed is approximately 125 knots, though it's capable of reaching 140 knots at full throttle, with the propellers set to high RPM and the mixture at maximum rich. These performance figures align closely with the real aircraft, which is documented to cruise at 124 knots at 5,000 feet and can achieve a maximum cruise speed of 137 knots under ideal conditions.
 


The aircraft's climb and descent profiles have been carefully adjusted to mirror those of the actual Beaver, with an average climb rate of about 1,000 feet per minute. Its maximum cruising altitude is noted to be 18,000 feet, adhering to the US standard for altimeters. Note the "Tips" in the REP banner, they guide you through areas that are the best to fly and maintain the Beaver in flight.

Maintenance of your aircraft is key, as parts wear down over time, directly impacting fuel efficiency and flight performance. For instance, a clogged fuel filter will manifest as reduced fuel flow on the gauges, limiting engine power. Consequently, pilots must manage their aircraft's condition and flight performance proactively to extend its operational lifespan.
 


The development team at SimCoders, comprised of pilots with real-world experience possibly even with the DHC-2 itself, has dedicated substantial effort to ensure the flight dynamics are as true to life as possible.

The Beaver is equipped with five ground configurations: standard tires, tundra tires, skis, floats, and amphibious floats, each altering its separate distinctive handling characteristics. With tires, it operates as a taildragger, incorporating a redesigned suspension system for smoother navigation across soft terrain. Pilots are cautioned against oversteering, as locking the wheel can lead to abrupt stops.

Water operations offer a distinct and enjoyable challenge, as the Beaver handles well on calm waters, but adverse weather can necessitate skilled corrective manoeuvres to maintain control.



Engine and Systems Complexity
A standout feature of the SimCoders DHC-2 Beaver expansion is the overhaul of the engine function and logic. Rather than refining the existing Thranda engine, SimCoders dismantled it to construct an entirely new engine, integrating this with their unique maintenance and damage model.

This reimagined engine now accurately reflects the performance of the Pratt & Whitney R-985 Wasp Junior, the powerplant used in the aircraft. Enhancements even extend to the propeller animations, offering more realistic visuals through subtle vibrations and speed fluctuations with engine and throttle adjustments.

With the introduction of a new engine comes a detailed startup procedure. While it's technically possible to initiate a cold start, it's ill-advised due to potential wear on the engine and the need for precise priming to get it running. Instead, SimCoders added a preheater option to warm the engine chamber for a smoother start, negating the need for priming. This attention to detail includes the low-tension booster coil, critical for initiating fuel combustion during engine startup. If you don't want to do this, then there is the "Autostart" feature that does the tricky work for you...  the startup procedure is shown in a banner top of your screen, and the startup process is extremely authentic including exhaust effects.
 


Fuel and oil dynamics are more sophisticated, with temperature variations influencing fuel viscosity. This affects how easily fuel can be pumped through the system, highlighting the challenges of cold starts and the potential for fuel flooding if the engine is shut down shortly after starting. These issues can be identified during pre-flight inspections and addressed through maintenance.
 


Pilots must also pay close attention to the avionics state during engine startups and shutdowns to avoid damaging the systems. I learned this lesson the hard way, failing to notice my attitude indicator was inoperative after takeoff, leading to unintended banks and, subsequently, a costly virtual repair.

These intricacies significantly enrich the experience, demanding more attentive micromanagement from pilots to maintain safe and efficient aircraft operation.

Economic and Custom Systems
SimCoders introduces an economy panel for the DHC-2 Beaver, drawing parallels to virtual airlines where good flying earns points and promotions, but here, it's all about the financial health of your aircraft. This feature, while optional, adds an additional intriguing dimension to the experience, allowing pilots to manage the economic aspects of aircraft operation.

Damaged a gauge? That’ll hit your wallet. A broken flap and its linkage might just make you consider remortgaging your virtual home! The more damage your aircraft sustains, the more you’ll find yourself investing in repairs. And it doesn’t stop at repairs; even refuelling the Beaver costs, with fuel prices fluctuating based on your global location. On the lookout for savings? Word on the street is that Venezuela offers the world's most budget-friendly fuel prices! 

The economic system is designed to integrate seamlessly with well-known virtual airline platforms like FSEconomy and X-CPL-Pilot, enhancing the experience for pilots already engaged in virtual aviation careers. And you have to access, or create an "Aircraft Key" to use the Economy System...
 


Another enjoyable feature is the towing system. Although straightforward, it provides a practical method for aircraft positioning on the ground. Pilots can secure the aircraft when parked and then manoeuvre it using the joystick, offering a user-friendly and realistic ground handling experience.
 


Additionally, the Beaver is fully compatible with VR, inviting pilots to immerse themselves in a highly realistic virtual cockpit and environment, enhancing the overall experience of flying the Beaver in X-Plane.

Interactive Walkaround and Maintenance
SimCoders’ pièce de résistance in their DHC-2 Beaver expansion is the comprehensive damage engine and maintenance panel.
 
Operating an aircraft that has been flying for over sixty years, requires special care and attention, especially as a lot of the technology used is now dated. SimCoders emphasizes the necessity for correct pilot procedures to prevent wear and tear. An early lesson I learned is the importance of deactivating avionics during engine startups and shutdowns to avoid system failures. With the economy feature activated, repairs come with a price tag, proportional to the damage extent. The risk of overstressing parts to the point of affecting flight surfaces and potential failure highlights the significance of careful handling. Indeed, a malfunctioning Beaver is an unwelcome scenario for any pilot.
On the ground, pilots can generate and review a maintenance report detailing the aircraft's condition, including the state of engine cylinders, oil, filters, and pumps. Over time, these components degrade, presenting the pilot with repair decisions to maintain optimal performance.

A notable addition is the virtual walkaround, allowing pilots to exit the cockpit and conduct a thorough visual inspection prior to flight. This interactive feature includes a checklist for assessing potential wing damage, ensuring engine components are intact, confirming cylinder integrity, and verifying the pitot tube is clear. Successfully completing these checks ensures the aircraft is flight ready.
 


This system not only emphasizes the necessity of maintaining operational safety but also introduces the realistic challenges and expenses associated with aircraft ownership. As systems wear and potentially fail, constant vigilance over your Beaver's condition is crucial for sustained operation.


Conclusion
Embarking on the journey with the Thranda Design DHC-2 Beaver, supplemented by the SimCoders Enhancement Pack REP, which introduces a captivating complexity to piloting this beloved aircraft. The addition places a significant emphasis on engine performance and maintenance management, transforming routine flights into a series of informed decisions and actions.

The degradation of components serves as a constant reminder of the aircraft’s demands, underscoring the importance of thorough management and adherence to operational protocols. Piloting the Beaver not only becomes an exercise in flying skills but also in vigilance and preventive care, ensuring longevity and reliability.

This enhancement pack enriches the original aircraft with a deeply immersive engine simulation, where even minor variations in engine startup procedures can influence the entire flight experience. This level of detail demands a more nuanced understanding and appreciation of the aircraft’s operational characteristics.

Adding to the complexity is the virtual economy feature, which introduces financial decision-making into the mix. Pilots must carefully manage their virtual funds, prioritizing repairs and maintenance to ensure the aircraft remains airworthy, while also navigating the compromises of system management.

To benefit from this comprehensive enhancement pack, pilots must have the Thranda DHC-2 Beaver for X-Plane 12 in their collection, as it is not backward compatible with X-Plane 11. For enthusiasts of the golden age of aviation who desire a hands-on, intricate flying experience, this enhancement pack is an invaluable addition, offering a richly detailed and rewarding challenge.
 
______________________________________
 

 
The...   Reality Expansion Pack REP for DHC-2 Beaver XP12 by Simcoders is available from the Org store here:
 
Reality Expansion Pack for DHC-2 Beaver XP12
On sale: $US19.99 US$13.99
You Save:$6.00(30%)
 
Features:
Ultra Realistic Flight & Ground Dynamics
Realistic stall speeds & behavior Correct climb speeds Realistic cruise speeds Real World Weight & Balance Realistic taxi behavior with realistic spring-loaded/free-castoring tailwheel Complex Damages System Triggered by the pilot actions Based on real world data Target every system in the aircraft Meant to teach you how to correctly manage an airplane Economic System
Can be enabled/disabled on the fly Earn virtual money when you fly Use virtual money to buy fuel and do maintenance/repairs Realistic fuel prices around the World Fully compatible with FSEconomy and X-CPL-Pilot More info at https://www.simcoders.com/reality-expansion-pack/economy Custom Towing System
Driven by the joystick/steering wheel Realistic point of view (POV) Interacts with tie-down and brakes Interactive Walkaround
Cockpit checks Lights checks Engine soft cover removal Aileron, rudder, elevator and flaps check Tire check and choks removal Tie-down removal Pitot tube check Engine cowl check Floats and water rudder check Realistic Pratt & Whitney R-985 Wasp Junior Engine Logic
100% Custom engine model Realistic power output for given manifold pressure/RPM settings Realistic propeller animations as never seen before on X-Plane Realistic booster coil Switch between conventional and Bendix-Stromberg pressure carburetor (with automatic mixture) Correct fuel consumption Oil System: 1. Realistic oil viscosity 2. Interchangeable oil type 3. Oil pump failures 4. Realistic oil filter Fuel System: 1. Realistic wobble pump 2. Realistic fuel pressure behavior 3. Realistic fuel filter 4. Realistic primer Starter Realistic startup procedure Automatic startup procedure for newbies Realistic engine temperatures Fuel Flooding simulation The engine parts wear down when not managed correctly Engine Preheater
The engine may be warmed up upon start with the provided electrical heater Once activated, the electrical heater runs even when you close the simulator Realistic Landing Gear
The landing gear is damaged by hard landings The brakes and tires are damaged if not managed correctly The steering wheel acts like the real one. Spring loaded under 35° of turn, then free castoring. Electrical & Avionics System
Realistic Battery The avionics are damaged if on when the engine starts/shuts down Native Virtual Reality Support
Complete support of new X-Plane SDK 3.0 Menu visible in VR Windows visible in VR Learn with the in-flight tips A non invasive tip with a suggestion about the conduct of the flight is shown when you are not flying the airplane properly A non invasive tip with a suggestion on how to recover the problem is shown when you damage the airplane Custom simulation of Hypoxia
Tunnel vision Hard breathing Popup Kneeboard
Normal operations checklist Emergency operations checklist Reference tables (speed, fuel consumption etc.) May be shown/hidden with mouse gestures Simulation state saving
Every single switch and lever position restores its position when you reload the aircraft The battery may discharge if you leave it on and then close X-Plane The engine restores its cylinders and oil temperature basing on the elapsed time between restarts Maintenance Hangar
Engine maintenance tab Electrical systems maintenance tab Landing gear, brakes & tires tab Instruments tab Economic System tab HeadShake Integration
REP drives HeadShake to simulate the correct vibrations of the Wasp Junior engine Developed with love
Coded by real pilots Very easy on FPS Written in C++ with no compromises  
Requirements:
This is an add-on to the DHC-2 Beaver - DGS Series XP12. It will not work on the Thranda DHC-2 Beaver XP11 or any other aircraft.
X-Plane 12 (not for XP11)
Current version: XP 12 - 4.8.2 (February 10th, 2024)
Customers who own the Reality Expansion Pack for DHC-2 Beaver XP11, can get the new XP12 version for 30% off. Coupon code can be found in the original invoice.
 
Reviewers System:
Windows 10 Professional
AMD Ryzen 5 3600 Processor
32GB RAM
Palit GeForce RTX™ 3080 GamingPro
 
Scenery Review by Michael Hayward 
2nd April 2024
Copyright©2024: X-Plane Reviews 
  
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copying of the content is allowed without consent from the author as per copyright conditions) 
 

Behind the Screen : March 2024
 
On the 4th of February 2024, there was a Developer's conference in Montreal for X-Plane Simulator platform. Here the best and most prominent developers joined together to work out not only the future of the X-Plane Simulator, but also to share their friendship in meeting their fellow workers in arms.
 
Laminar Research was at the same conference as well. That should have been a huge advantage in working with the very people that do the core workings of the X-Plane Simulator, the setting was ripe for setting a future roadmap and an agenda for X-Plane from both sides of the Simulator...  but the conference didn't end to that satisfaction.
 
At the height of the conference, Laminar Research announced that they were going to create a product store within the X-Plane Simulator, a reflection of the same arrangement that is part of the MSFS 2020 (Microsoft Simulator) platform.
 
This sudden announcement did not unite the developers to the Laminar cause, in fact it divided the conference, and in itself created a rolling discontent among the the attendees, certainly when the news hit the forums, all sorts of comments came out.
 
Initially most users were very supportive of the internal store idea, yes another store, and one built directly into the Simulator, this aspect is a major plus....  but X-Plane is not at all structured like Microsoft's Simulator, it is not a large single central entity, but a Universe with many different revolving planets, and set at it's centre are two massive Jupiter sized planets called Laminar Research and the X-Plane.Org.
 
Initially Laminar Research never dealt with the user side of the Simulator, it was (still is) the founder and on going developer of the Simulator. The X-Plane.Org grew out of the need for users to interact, create and support the X-Plane Simulator. In the early day's it was a sort of clubby meeting place to share and communicate all things X-Plane. I'm not saying that MSFS also has this same network of user sites and forums set around it and in giving support and communication to the platform, in fact every platform has it's own network. But the central core of development and selling product at MSFS is embedded directly into the system, it is even hosted and run as an online game.
 
But X-Plane's in it's arrangement was more focused and generalised than the others. Someone noted that the X-Plane.Org is not the centre of the X-Plane universe, as other sites contribute to the platform, and yes I agree with that aspect in file sharing and product sales, like the Fly Away Simulation sites, but most are only sales sites (Orbx, Just Flight & SimMarket). But the X-Plane.Org is different in that it supports the Developers directly or even indirectly in the support of creating the products to use in the Simulator.
 
Early days of X-Plane were mostly based around the PlaneMaker tool provided with the Simulator, mostly aircraft were then generic, but clever in a customised way. So the clubby .Org supported these products as they were mostly freeware based. But even in these early years, the X-Plane.Org struggled for support.
 
Sites and platforms cost money to host and maintain. Free is all very nice, but it doesn't buy you servers and software to run it all, and very quickly the site required money to support the ever expanding user base. Donations was an early trial, but failed as they were not very consistent and worse in not really giving enough financial support to the .Org site. The solution came with Nicolas Taureau, and he set up a store to sell the now more quality based "Payware" products, but the funds also supported the .Org in succession and allowed it to thrive and grow into the big utility it is today. Most of this important support is not aggrandised or visually translated, as is Taureau's personality, understated is more to the point, but important is the support of the .Org system to the X-Plane platform, of which X-PlaneReviews is also a benefactor.
 
So now you have the X-Plane Universe, with Laminar Research and the X-Plane.Org running in parallel or in orbits around each other, Laminar in not wanting the commercial side of the Simulator, bar of selling a few cups and T-Shirts. And the X-Plane.Org system supporting the developer and user base. So what happens if you move the financial base of developers and sales of the X-Plane Simulator directly to the new store? in reality, you are blowing the X-Plane universe apart, and I really don't think that a lot of users realised that the amount of the support funding of the X-Plane.Org, developer support and loads of other auxiliary items that was generated by the X-Plane.OrgStore...   and neither did Austin Meyer's, head honcho of Laminar Research. All he saw was a store in MSFS and the money he could generate if he installed inside X-Plane the same system as Microsoft, a good idea financially, but structurally unsound for his own creation.
 
We have to understand, and oddly the original mission of X-Plane was for it to be a platform of experimentation of all things aviation. That is the core of PlaneMaker as well, although that aspect was left behind more than a decade ago. In wanting far better functionality and higher quality Simulation, it had move on pass the basic origins of PlaneMaker to plugin based custom products. This now is really the contention of the issue and where the money goes to. Obviously Laminar Research want to expand beyond being just the gatekeeper of X-Plane.
 
So there are currently a lot of issues created by the announcement of 4th February 2024. Certainly it has the promise to unstable a very balanced current system, and the ramifications are enormous if Laminar Research get this idea wrong, and creates questions...  but what of a store with very few products to sell?  Would they in the future also financially support the user base...  they made a very big message over the decades of not getting or even involved at all in this aspect, but they would be either the demise of it, or even damaging it beyond repair... if that scenerio was possible, could it also damage the X-Plane model as a simulator entirely? Kill the very goose that lays the golden eggs... I'm doomsaying again, but this time not without reason. 
 
So we are at a threshold, not a runway one were X-Plane gets to land safely beyond the fence and onto the hard solid runway. Since the 4th of February announcement, there has been no forth coming new announcements or details from Laminar Research, except for a few flashy images on the X-Plane website and social media. Obviously the next announcement will be the launch of the store, and it's insertion into the X-Plane Simulator. It will be very good, as Laminar are very good at these sort of things. But there is far more required than opening a store, but of the quality of the stock inside of it.
Loyalty to Nicolas Taureau is also extremely strong, and why not. He has supported and cultivated the core product of the Simulator for more than over a decade, and make no mistake here in not doing it selfishly for just for the product to sell, but to give talented developers the resources and support they needed to acquire the skills we take for granted, and with the excellent products we all use.
 
How this current store scenario plays out will be important to the future of the Simulator, hopefully we will have an answer by Q3 as announced for the opening of the LR Store in the 3rd quarter of the year...   one thing is very sure, the X-Plane Simulator we used only last year, will be a very different to the one we will be using at the end of 2024.
 
There was no edition of BtheS in February 2024, as I went of a well earned holiday, break..  or a cruise around the South Pacific. Obviously the 4th February announcement traveled with me, but I did get a well deserved change of scenery and a big sea refresh. But my demur was already more brighter before the departure, in fact since late 2023, when X-Plane through version 12.0.9, and behaved itself. A second South Pacific X-Plane related revisit to Tahiti in the same region was simply sheer coincidence, but translated the same to the X-Plane Simulator in how it mirrors the real world.
 
Now we are looking forward to X-Plane 12 v12.1.0...   the v12.1.0 update is expected to be a landmark release outside of a formal version change. Most of the focus is on graphics, including the nasty Anti-Aliasing (MSAA) Improvements, Water improvements, RCAS (Robust Contrast Adaptive Sharpening), Bloom effects and better particle effects. Systems include a better G1000 functionality, Stormscope, Traffic Map and Airport METAR flags... a new STEC ST-360 Autopilot is also included, new tools include better screenshot effects, which suits us really well... it is quite a list. With everything, then this post Easter holiday will be one of the most interesting yet, and the version v12.1.0 was highlighted with great reception at the FS Weekend in the Netherlands. Expect a beta release within weeks.
 
Importantly those on-going v12.1.0 is more better system refinements, in shifting the heavy workload from your Graphics card over to the Processor. We expected this aspect for the release of X-Plane 12, but it will come now about mid-term in the X-Plane 12 version run. The changes will not magically fix your framerate, as heavier graphics will equalise out the benefits of less load on the Graphic Card, but it will overall make the X-Plane Simulator more efficient. I was a little annoyed about this aspect as I invested heavily in the processor side in my last system upgrade with the earlier announcement, then finding that Laminar was leaning even more heavily than ever onto the Graphic card side, so more expense was required to beef up that hardware side, now they are going back to the original focus, it is annoying and expensive as well to cater for these changing whims.
 
Another change over the month was the upgrading of scenery for X-Plane 12. Finally the slow dribble has started to be a better flow from scenery developers, Aerosoft particularly was very active in releasing replacements and improvements to scenery that have been a long time dormant, and obviously we need more to come, a lot more. Although noted as an ever constant developing Simulator, X-Plane 12 will hopefully reach a mature point with the release of v12.1.0. Then that aspect bringing in even more resources for users to experience.
 
So Q2 has a lot of potential to be one of the best period of 2024 for some big quality releases, even if it dribbles into the Northern Summer. But developers need a better more mature Simulator to bring quality releases to the Users, that aspect was something quite lacking over the last few years...  it is time for X-Plane 12 to turn the corner...  and that is said on April Fools day!
 
See you all next month.
 
Stephen Dutton
1st April 2024
Copyright©2024 X-Plane Reviews
 

 

Aircraft Update Review: Boeing 757 Professional Global package v2.6.12 by FlightFactor/VMax
 
By DrishalMAC2
 
Introduction
 
The Boeing 757, a twin-engine marvel with a narrow body, represents an enduring legacy in commercial aviation. Launched in the early 1980s, this adaptable aircraft was the result of Boeing's dedication to addressing the industry's growing demands for a medium-haul mainstay. With its distinctive narrow fuselage and potent twin engines, the Boeing 757 rapidly gained a reputation for its efficiency and flexibility across a variety of routes.

Engineered to span the divide between short and medium-haul flights, the Boeing 757 has become essential for airlines in search of a dependable, fuel-efficient solution for both domestic and transatlantic trips. Despite the arrival of newer models, the Boeing 757 continues to enchant aviation aficionados and professionals, representing a time when innovation met practicality in an iconic design.

In this review, I revisit the FlightFactor 757, previously reviewed by Stephen way in X-Plane 10, this time within X-Plane 12. My goal is to offer a balanced examination of how this well-regarded model has adapted to the advancements and features of X-Plane 12. Join me as we explore the updated performance, features, and overall experience it delivers, assessing its fidelity to the real-world aircraft's legacy and its place in the virtual aviation world.
 

 
Installation
Installing the FF 757 is remarkably straightforward. Firstly, download the file from the X-Plane.org store, unzip it, and then place it in the X-Plane/Aircraft directory. When you load the aircraft for the first time, you'll be prompted to enter your licence key, which can be found in the “My Account” section of the X-Plane.org store. After you've reloaded the simulator, you can start enjoying your brand new 757! Updating the aircraft is just as easy; you have the option to download the update from the store and drag and drop the files into the aircraft folder, or alternatively, you can download and install X-Updater and use it to update the aircraft. Personally, I find X-Updater to be the preferred method as it's very quick and straightforward.
 
Documentation
The FlightFactor 757 Global package is accompanied by ten distinct PDF documents relating to the aircraft. These encompass a variety of resources such as the "752 Checklist v1.1 Double side," "752 Checklist v1.1 Full Page," the extensive "757 FCOM," "757 Remote CDU Manual," "757-300 performance," supplementary "FCOM FPDS," "FMS (All Variants)," and three versions of the manual including "Manual," "ManualFPDS," and "ManualVR." These documents are incredibly detailed and informative, with the "757 FCOM" document alone surpassing 1,000 pages in length! Indeed, you've read that correctly…a staggering 1,000 pages!
 

 
About FlightFactor
FlightFactor continues to offer regular updates and enhancements for their 757/767 and A320neo models. While the A350 remains supported, updates for it are issued less frequently. The 757 and 767 models are notably similar, both in terms of quality and flight experience (in real-world aviation, they share the same Type Rating). FlightFactor is also working on the eagerly awaited Boeing 777 V2, expected to be released later this year. This upcoming version is highly anticipated to establish a new benchmark for payware aircraft in X-Plane 12.

Versions and Variants
The X-Plane.org store offers several packages of the 757, each catering to different preferences and requirements:
Boeing 757 Professional, which focuses on the 757-200 model. Boeing 757 Extended, encompassing the 757-200, 757-300, 757-SF Cargo, and 757-C32 variants. Boeing 757 Global Pack, a comprehensive collection that includes all variants alongside a modern avionics package. For the purposes of this review, we will concentrate on the Global Pack, as, in terms of quality, all variants are remarkably similar. Included with the Global Pack are a total of fifteen liveries, which includes a blank paint kit. These liveries are mostly specific to the passenger, freighter, or C32 versions of the aircraft, representing a generous selection that encompasses several of the primary 757 operators.
 





 
It’s worth noting that upon loading the aircraft, a popup will emerge, offering options to configure aspects such as the aircraft’s engines and winglets.
 

 
Updates
Recent months have seen significant updates to the aircraft, enhancing both its performance and realism in X-Plane 12. Notable among these improvements is the refinement of spoilers and flaps drag in version 2.6.9, aimed at achieving greater accuracy and optimisation for X-Plane 12. Moreover, version 2.6.10 addressed the "slow flight controls" issue, a problem that emerged with the comprehensive X-Plane 12 overhaul introduced in update 2.6.6. FlightFactor has also been fine-tuning the engine performance and lighting, further optimising these elements for X-Plane 12.

In addition, "Apple Silicon native support" was recently introduced, alongside fixes for multiple bugs, including the "default view and fuel issues in the -300 variant" and a "possible engine shutdown" bug. These updates underscore FlightFactor's commitment to the continuous improvement of this aircraft. Furthermore, with update 2.6.10, the dependency on "libGLU" was eliminated, streamlining the software's operation. This series of updates highlights the FlightFactor team's dedication and ongoing efforts to enhance and refine the aircraft. 
 
Current version at time of writing is 2.6.12, which adds/addresses the following: 
Added an ability to enable/disable LuaJIT from the tablet Added BUS ISOLATED eicas messages Fixed RAT door LIT texture issue Fixed cockpit windows de-ice feature (xp12) Fixed possible unexpected ILS freq/crs changing without your input Fixed CG calculation in the tablet (xp12) Fixed the RAT beacon color Fixed the stab in 200, RF and C-32 Small fixes for de-ice systems Small fixes for brake press indication Got rid of libGLU dependency in FF_Effects plugin Retuned fuel flow Exterior Modelling
The exterior modelling of the 757 is nicely executed, with the aircraft being accurately depicted within X-Plane 12. While it may not boast the highest level of detail, it is certainly more than satisfactory, especially when taking into account the aircraft's size and the potential impact on performance. 
 

 
 
The landing gear and engines are exceptionally well-modelled, standing out as particularly high-quality elements. However, there are areas that could benefit from further refinement, such as the roof where the SATCOMs are situated, which appears to require a slight visual
improvement.
 



 
Exterior Texturing
The exterior texturing of the aircraft is generally satisfactory, with most essential details captured, though some textures display a lower resolution, even when the “texture quality” setting in X-Plane is maximized. The engines, for instance, feature exceptionally sharp manufacturer logos, including those of Rolls-Royce and Pratt & Whitney. Similarly, warning labels and text maintain a high level of clarity. However, textures depicting panel edges, bolts, and signs of wear such as dirt and scratches are of markedly lower quality, detracting from the overall immersive experience. This inconsistency extends to the fuselage, where although text on the doors is crisp and clear, other elements like panel edges and bolts suffer from low resolution. While parts of the landing gear textures are well executed, others fall short of this standard. In conclusion, the exterior visuals are acceptable, especially considering that the majority of the time is spent in the cockpit, engaged in flight. In saying that, there is considerable room for improvement to enhance the visual fidelity and immersion of the model.
 



 
Interior Modelling
The cockpit's interior modelling is impressively executed, with every knob, switch, and lever accurately rendered to reflect the real Boeing 757 flight deck's high level of detail. The overhead panel, with its switches and buttons, looks particularly well modelled, as does the Flight Management Computer (FMC). The yoke, tiller, and throttle levers are also nicely modelled, though, when compared to actual photographs of the flight deck, the yoke appears somewhat smaller than its real-world counterpart.
 



 
In the passenger variants, the seat modelling is nicely done, presenting a nice level of detail. However, the rest of the cabin does not maintain this standard; the galley is notably featureless, and the modelling of the overhead lights and seat buttons is lacking. Interestingly, the rear galley exhibits slightly more detail than the forward galley, which seems slightly strange. 
 



 
The C32 variant boasts a unique interior cabin that mirrors a Boeing Business Jet (BBJ), with the general modelling quality on par with the passenger variants. A feature which stands out is the command room, which is exquisitely detailed and offers a high degree of authenticity.
 


 
As for the freighter variant, it features a simplified forward galley, but access to the cargo hold from the interior is not modelled. The cargo hold can only be viewed using the “free look” camera mode. Although the cargo hold's modelling is basic, it adequately represents such a space. Given the primary focus on the cockpit (which has evidently received the bulk of attention and effort) the lack of intricate detail in the cargo hold does not significantly detract from the overall experience.
 

 
Interior Texturing
Within the cockpit, the texturing, in my view, falls somewhat short, as the textures appear "flat" and lack the nuanced details of wear and tear one might expect. While the textures on switches and knobs are consistent and accurate, they do not convey a sense of the aircraft having been frequently used. Essentially, the cockpit looks almost brand new, apart from some slight weathering, which, for an aircraft that is getting on in years, seems like a missed opportunity in which to introduce some signs of wear, such as peeling paint. However, the colour accuracy, when compared to real-world images of the Boeing 757 flight deck, is pretty much spot on.

On the positive side, the sharpness and legibility of text within the cockpit are outstanding features. The jump-seat texture is also notably sharp and detailed. Furthermore, the lighting on the overhead panel buttons is well executed, contributing to a more immersive experience. The inclusion of dirt and scratches on the displays adds a layer of realism, with the extent of wear adjustable via three settings in the Electronic Flight Bag (EFB), a feature we'll explore in greater detail later.
 

 
The cabin textures in the passenger variant mirror some of the cockpit's limitations. The carpet's deep blue hue adds a touch of appeal, yet the side panels, overhead bins, and walls suffer from somewhat flat textures, occasionally appearing less detailed. The seat textures fare slightly better, offering more clarity, though this diminishes upon closer inspection. Given its price point, one might expect more refined interior textures, but considering the model's age and the pace of X-Plane’s development, some leniency may be warranted. 
 

 
Night Lighting
The night lighting, both inside the cockpit and externally, is very nicely done. The colours and brightness levels are spot on, creating a highly immersive nocturnal flying experience. It's worth noting that I have a particular fondness for operating this aircraft at night, primarily due to the exceptional quality of the night lighting. Among the noteworthy features are the dynamic reflections on the windscreen, which vary according to the cockpit lighting's intensity.
 



 
Similarly, the cabin lighting, which is entirely adjustable from the cockpit, enhances the overall ambiance. The cabin, in my opinion, appears significantly more appealing under the night lighting, contributing to the allure of nocturnal flights. Furthermore, the cabin lighting is visible from the exterior views, with its appearance altering in response to the cabin lights' brightness settings. 
 


 
The lighting system has received considerable refinement in recent updates, a fact that is clearly reflected in the outstanding quality of the night lighting.
 


 
Flight Model
The flight models across the 757 fleet are impressively realised, with variations that reflect the differences in engine types and the distinct characteristics between the 757-200 and the longer 757-300. The flight model captures a satisfyingly heavy feel, appropriate for an aircraft of its size, yet remains keenly responsive to pilot inputs. Despite the absence of a fly-by-wire (FBW) system for the primary flight controls: though FBW is employed for certain control surfaces like the spoilers, the connection between pilot and aircraft feels direct and intuitive, enhancing the flying experience.
 


 
FlightFactor has excelled in simulating the ground physics of the 757, making taxiing a straightforward and responsive task, whether using the rudder or tiller for navigation. The 757's reputation for being overpowered is accurately depicted in the FlightFactor 757. Advancing the thrust levers, particularly with the Rolls Royce RB211 engines, results in remarkable acceleration, capturing the aircraft's real-world performance perfectly. A fully laden 757 demonstrates a realistically extended take-off roll, adhering to expectations.
 


 
Recent updates have significantly refined the flight model, addressing previous issues related to bugs and sluggish response times. Efforts to update the simulation of flap and speedbrake drag have resulted in enhanced accuracy, bringing the virtual experience ever closer to the realities of flying the actual aircraft.
 


 
Sounds
The default sound package of the aircraft is generally acceptable. The simulation of switches and rotary knobs in the cockpit is notably well done, delivering satisfyingly crisp auditory feedback. However, this level of detail and depth doesn’t extend to all sound aspects, such as the air conditioning and Auxiliary Power Unit (APU) noises, which fall short in terms of depth and variation. A notable absence of bass contributes to these sounds feeling somewhat flat and lacking in interest.

The engine sounds differentiate adequately between the Pratt and Whitney and Rolls Royce engines, although, like the air conditioning and APU, the interior engine sounds could benefit from a richer bass presence. Conversely, the exterior engine sounds are more robust, offering a substantial depth and a significant amount of bass, though they are quite loud in their default setting. Thankfully, sound levels can be adjusted within the Electronic Flight Bag (EFB), allowing for a more tailored auditory experience. The flyby sounds are also decent, aligning with the standard of default X-Plane aircraft sounds.
 

 
Ambient noises, such as those of a bustling airport, can be heard in exterior views when the aircraft is in a cold and dark state. Personally, I find this addition slightly strange, detracting rather than enhancing the realism. Furthermore, the persistent interjections from the flight attendant regarding issues like cabin temperature, while aiming for realism, may not be universally appreciated. The option to disable this feature would be a beneficial addition for those who find it more intrusive than immersive. Moreover, the aircraft features an extensive selection of Passenger Announcement (PA) options, yet these PA sounds lack authenticity, bearing a resemblance to synthetic text-to-speech outputs rather than genuine in-flight announcements.

Performance
On my setup, the performance impact of operating the 757 is noticeably more pronounced than with any of the Toliss aircraft, which are renowned for their exceptional optimization. Specifically, I experience a reduction in frames per second (fps) by approximately 20% to 30% on average compared to the Toliss fleet and the default A330. Additionally, the 757 appears to demand more VRAM than the Toliss models and the default A330. An analysis using the plugin admin reveals that the 757's SASL plugin is a significant factor, accounting for nearly 20% of the performance load as depicted in the "performance pie chart." This indicates a clear need for an overhaul of the SASL's performance to enhance overall efficiency.
 

 
Despite these performance challenges, I haven't experienced any stuttering issues, even when flying into more demanding airports like EGLL (London Heathrow) or KLAX (Los Angeles International). This suggests that while there is a tangible impact on performance, it may not critically affect users capable of running the default A330 at a reasonable fps. Nonetheless, improving the performance of the 757 remains an area in need of attention to ensure it aligns more closely with the high standards of efficiency seen in other aircraft within X-Plane.
 


 
Systems
The systems on the 757, while not as intricate as those found on Airbus aircraft, still present a level of complexity and accuracy expected from a Boeing model. The engine pages, Primary Flight Display (PFD), and Navigation Display (ND) are well-executed, displaying all the requisite information one would anticipate from such an aircraft. However, I would hesitate to categorize the systems as "Study Level," primarily due to the basic nature of the failure simulation. Some failures, for instance, either fail to activate or have no discernible impact on the aircraft's operation. A case in point is an attempted simulation of an Auxiliary Power Unit (APU) engine failure, where the APU merely switched off without triggering an auditory warning like the Master Caution. The sole indication of the failure was an "APU Fail" message on the Engine Indicating and Crew Alerting System (EICAS) display.
 

 
Additionally, the Electrical Bus (BUS) system, although generally accurate, suffers from a frustrating bug. Occasionally, when the APU or Ground Power Unit (GPU) is disconnected, the BUS Ties unexpectedly switch to the "Isolate" position rather than remaining in "Auto." This deviation from expected behaviour has, on several occasions, led to the aircraft shutting down during pushback, despite the APU and its generator being operational and connected to the BUS. On a positive note, the terrain and weather radar systems perform commendably, offering accuracy and reliability that significantly aid navigation in challenging weather conditions or when flying in proximity to hazardous terrain.
 

 
EFB (Electronic Flight Bag)
The EFB featured in this aircraft boasts a comprehensive array of options and functionalities, accessible either through the X-Plane “Plugins” menu or by interacting with the tablet within the cockpit. Engaging the tablet brings up the EFB as a 2D window. The "General" page presents some basic settings, including a master volume slider, providing a straightforward interface for adjusting essential parameters.
 

 
The “Operations – Ground” page facilitates interaction with various ground services and the management of the aircraft’s weight and balance. Although it lacks a dedicated Weight and Balance chart, the "Optimise CG" button proves invaluable for adjusting the centre of gravity according to different load configurations. Loading the aircraft requires precise coordination of ground services and the opening of specific doors, a process that, while occasionally cumbersome, enhances realism. On the “Operations – Aircraft” page, users can manage door controls, adjust certain settings, and select engines. It's important to note that engine swaps are not possible once the aircraft is operational.
 

 
The "Options" page, along with its subpages, offers an extensive selection of adjustable settings, ranging from auditory cues to visual effects. This section also provides the opportunity to install the "Modern Avionics" pack, assuming ownership. Further details on this upgrade will be discussed later in the review.
 



 
The “Failures page” allows for the simulation of various system failures, designed with user-friendliness in mind, reminiscent of an installation wizard. This feature enables pilots to prepare for and respond to potential issues in a controlled environment.
Insert failures page
 

 
Lastly, the "In-Flight" page includes functionalities for activating Passenger Announcements (PAs), accessing navigational charts, and utilising a checklist feature that simulates the presence of a first officer, enhancing the realism and immersion of the flight experience.
 

 
Modern Avionics Upgrade
The "Modern Avionics Upgrade" package integrates well, offering a nuanced enhancement for simmers seeking a bit of diversity. It brings new operational dynamics and functionalities, but also a learning curve and the need for adaptation. The package is particularly appealing for those looking to engage with contemporary flight scenarios or enhance their proficiency with advanced systems, acting as a bridge to more modern aviation technologies. However, its value truly lies in the simmer's readiness to explore the aircraft's systems more deeply and to increase the authenticity of their flights. The upgrade is a valuable tool for those willing to invest the effort to fully appreciate its benefits.
 

 
Conclusion
In summing up, FlightFactor’s model stands as a commendable and accurate portrayal of the Boeing 757 and its principal variants. The ability to operate flights ranging from commercial passenger services to cargo hauls and even transporting senior political officials adds a unique and engaging dimension to each flight, ensuring a fresh and challenging experience. Despite the need for enhancements in visual and auditory fidelity, the systems and flight model are robust, offering a high-quality simulation of the Boeing 757, that will satisfy aviation enthusiasts and serious simmers alike.
 

 
FlightFactor's commitment to continuous improvement is evident in their regular updates, giving users confidence that existing bugs will be addressed in due course, following the precedent set by previous fixes. While a visual overhaul is on the wishlist, the existing framework provides a solid representation of this nimble passenger jet. Performance optimisation is another area for potential enhancement; however, the current state remains functional and does not detract significantly from the overall experience.
 
The price point may seem steep, especially considering the aircraft's age within X-Plane’s marketplace, but it's important to remember that the “Global Pack” offers substantial value.  This package includes four distinct aircraft variants along with the “Modern Avionics package,” making it a comprehensive choice for those looking to extensively explore the capabilities and variations of the Boeing 757.
 
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Boeing 757 version 2 Professional Global Package by FlightFactor is now available from the X-Plane.Org Store here:
 
Boeing 757 version 2 Professional Global Package
Priced at $119.00
 
Features
Supports both X-Plane 12 (fully updated) and X-Plane 11 
The FPDS variant contains High resolution (768 x 1024 pixels) XGA multi-color LCD flat panel display with integrated standard six – FULL glass cockpit All digital electronics with improved accuracy, dependability and responsiveness DCP with Speed Reference Settings Minimum Selection (Radio or Baro) Units Selection Integrated Barometric Altimeter Setting Flight Path Vector Meters Altimeter The Boeing 757 Professional Extended includes 3 variants of the 757:
757-200 Passenger 757-200SF Cargo 757-300  Each plane is available with two different engine configurations (P&W and RR).
Officially licensed by the Boeing © Corporation Accurate dimensions based on drawings supplied by Boeing © Support for X-Plane 11 and X-Plane 12 Suitable for beginners- Tutorial modes and auto procedures Great for advanced users - Complex systems are simulated Includes both Rolls-Royce and Pratt & Whitney engine types  VR Compatible Flight model
Accurate flight model, as close as it gets to real performance. Tested by real pilots. Dynamic and customizable center of gravity that depends on actual cargo, passenger placement and burning fuel in flight. Fully Functional Professional FMS and EFIS System
Custom designed Flight Management Computer, integrated with other plane systems. Terminal procedures from updatable database. Two independent analogue instrument sets for captain and first officer. Two independently simulated EFIS (EADI/EHSI configuration) for captain and first officer. Dual-FMS with two independently working CDUs. Working instrument comparators. Triple IRS and triple symbol generator systems with realistic instrument source switching. Dual air-data computers with custom failure modes and source switching. Independent 2 nav and an ils receivers. Realistic inertial and radio position updating, you can see the individual inaccuracies of those systems. Triple-channel autopilot with realistic dependencies. Fail operational and fail passive autoland with mode degradations based on system failures. Load company routes generated by Professional Flight Planner X (or other compatible programs) directly into the FMC. FMC can be used on external touchscreen or tablet, optimized for the Retina iPad. Custom cockpit interaction system
Adjustable modes for cockpit interaction, you chose what to use for clicks Different cockpit interaction modes, with mouse wheel and right button support In-cockpit tooltips from the manual - you click on the button and see portions of the manual on display In-cockpit life datarefs for cockpit building  Options
A very flexible architecture: You chose the set up Different options for many avionics instruments including two types of FMC. Options to composite your own EICAS, EADI and EHSI displays. Most of the options that the real 757 fleet has are included. Many additional options for sounds, cockpit interaction, effects etc. Interactive Checklists, Procedures, and auto-helper (Exclusive feature)
Full electronic interactive checklists and procedures with automatic action detection. Automatic mode helper that performs all the actions for you. You just CHECK the items. A tutorial which shows the user what to do and when. An option to have a visual aid on what and when to do in procedures. Custom Systems and Failure model
Detailed and deep simulation of almost every system in the real aircraft. Custom air and pressure system. Electrical system with all AC and DC busses modelled - see which system depends on which bus. Hydraulic system that uses a little fluid when treated correctly and a lot of fluid if used incorrectly. Multistage custom failure system - over 200 more failures than X-Plane. (Exclusive feature) Ability to fix failure by following proper procedure. Persistent failure and maintenance system - Aircraft wear and misuse will carry over to your next flight.  Warning system and radars (Exclusive feature)
Fully functional GPWS with all the modes the real plane has. Fully functional terrain radar, with custom database (just like the real plane), a look-ahead warning system and many other features. Weather radar that works like the real thing. Including tilt and gain functions, ground clutter, turbulence detection and windshear prediction. 3D Modeling
Accurate dimensions based on exterior drawings provided by Boeing. Very detailed exterior modelling with high resolution textures. Very high resolution 3D cockpit with every switch functional. Spatial rain simulation with high detail. Very detailed passenger cabin graphics including galleys. Additional graphic features: real working oxygen masks both in cockpit and cabin, dynamic window blinds that react to sunlight etc. New and improved wingflex. Special effects (Exclusive features)
Multilayer dynamic reflections on all glass objects. Glow effects on screens Reflective metal and plastic objects in the cockpit. Glossy exterior that reflects the outside. XP weather enhancements like custom windshear. Custom Sounds (Exclusive features)
Two sound packs by BSS for both engines. Several hundred custom sounds. In-cockpit custom sounds. Switches with individual sounds. Many individual system sound inside and outside. Airport environment sounds. Cabin sounds. 3D stereo sound system for engines. In flight cabin announcements. Interactive communication with the cabin crew (reporting misconfigurations and passenger comfort problems). On Screen menus (Exclusive features)
An iPad-like menu popping-up from the cockpit. Custom pages for loading/unloading fuel, cargo and passengers, customizing the CG, calling for pushback and performing maintenance. Ability to customize the plane with winglets, special effects level, wingflex level and set other options to be saved or default. Ground equipment and door pages. Failure monitoring menu. Extra objects and equipment
Working push-back truck - Fully controllable with your joystick. Passenger bus and stairs or optional gate configuration (passengers can be loaded from gate instead of bus). Fuel truck, de-Icing truck, GPU, ground-start units both visible and fully functional with airplane systems. Other ground equipment. Liveries
 7 default liveries included in the package: Air France, American, Boeing House, Jet2.com, Lufthansa, Thomson, VA X-Airways  About 50 additional liveries are available separately.  SmartCopilot Compatible
Download the SmartCopilot files here Requirements
X-Plane 12, X-Plane 11.50+
Windows 10+, Mac OS 10.15+ (Intel or Apple Silicon) or Linux 14.04 LTS or compatible, 64 bit mode Disk Space: 4 GB X-Plane 12:
Minimum: CPU: Intel Core i3, i5, i7, or i9 CPU with 4 or more cores, or AMD Ryzen 3, 5, 7 or 9, or equivalent RAM: 16 GB Video Card: a Vulkan 1.3-capable video card from NVIDIA or AMD with at least 6 GB VRAM Recommended: CPU: Intel Core intel i5-12600K or Ryzen 5 3500 or better RAM: 32 GB Video Card: a DirectX 12-capable video card from NVIDIA or AMD with at least 8-12 GB VRAM  (GeForce RTX 2070 or better, or similar from AMD) X-Plane 11:
Minimum: CPU: Intel Core i3, i5, i7, or i9 CPU with at least 4 cores, or AMD equivalent RAM: 16 GB Video Card: a DirectX 11-capable video card from NVIDIA or AMD with at least 4 GB VRAM Recommended: CPU: Intel Core i5 8600k or Ryzen 5 3500 or better RAM: 32 GB Video Card: a DirectX 12-capable video card from NVIDIA or AMD with at least 8 GB VRAM (GeForce GTX 1070 or better, or similar from AMD) Review System Specifications
Windows 10, Intel i5-12400F, 32GB RAM, RTX 3070Ti 
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Aircraft Update Review by DrishalMAC2
31st March 2024
Copyright©2024: X-Plane Reviews
 
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copying of the content is allowed without consent from the author as per copyright conditions).
 

 
 
 
 

Thank you Felicity for an awesome review of Everglades.
As i remember i did ortho's this way because the satellite has captured too much annoying shadows on higher resolution photos.
I will take a look on how I can improve the integrated ortho's terrain in Everglades.
My appreciated for honest review and your time, this is very useful.

Scenery Review: PAPG - Petersburg James A Johnson Airport by Northern Sky Studio
 
By DrishalMAC2
 
Introduction
Petersburg James A. Johnson Airport (PAPG) is situated in the remote wilderness of Southeast Alaska, within the small but vibrant community of Petersburg. It serves as an essential lifeline to more populous regions, providing indispensable connections for the area's residents. Its single runway, 5/23, with an asphalt surface stretching 6,400 by 150 feet (1,951 by 46 meters), accommodates daily flights operated by Alaska Airlines with Boeing 737-700 passenger jets, reflecting the essential role of air transport in this region. Historically, the service was further supported by Boeing 737-400 passenger/cargo Combi aircraft, highlighting the airport's importance in both passenger and cargo transportation.
 
Petersburg is a locale steeped in heritage, often referred to as "Little Norway," reflecting its Norwegian roots and the fishing industry that has long supported the local economy. Surrounded by the natural beauty of the Tongass National Forest, the area offers access to the unspoiled wilderness, including the scenic Inside Passage and the majestic Misty Fjords National Monument. These features highlight PAPG Airport's role as a gateway to Alaska's vast wilderness, welcoming adventurers and nature enthusiasts who are eager to explore the region's rugged terrain and varied weather conditions.
 

 
Northern Sky Studio's latest scenery project for X-Plane aims to boost the realism of PAPG Airport and its Alaskan wilderness surroundings with detailed visuals. Targeting a broad spectrum of X-Plane users, from those passionate about general aviation to commercial jet aficionados, the package promises a significant enhancement. So, without further ado, let's explore how this scenery performs in testing.
 

Copyright © 2023 Navigraph / Jeppesen
 
Installation
The installation process is straightforward. Download the file, which, once extracted, occupies about 2.6GB of space. Then, place the extracted file directly into your Custom Scenery folder within X-Plane. Additionally, the manual included in the download contains a link to an Ortho4XP tile for the surrounding area. This tile can be downloaded and added to the Custom Scenery folder in the same manner as any Ortho4XP file.

Documentation
The documentation included is concise to say the least, as it consists of just a single slide that outlines the installation process and includes links to the Ortho4XP file. Additionally, it features recommendations for third-party scenery addons, enhancing the overall experience. Among these recommendations is simHeaven's X-World, which is highly recommended for users looking to further enrich the scenery. 

Note: All screenshots featured in this review were captured using the optional ortho tiles and simHeaven’s X-World America
 
First Impressions
The airport is situated within Alaska's mountainous landscape, encircled by a complex network of waterways that contribute to the region's distinctive terrain. The scenery boasts an impressive array of ortho textures surrounding the airport, derived from high-quality satellite imagery. A particularly appealing decal effect has been applied to these textures, significantly enhancing their appearance and bringing the rugged beauty of Alaska's wilderness to life. 
 


 
Ground Textures and Foliage
The runway textures are of outstanding quality, showcasing a rugged and worn appearance that aligns perfectly with expectations for an airport in such a remote setting. Physics-Based Rendering (PBR) technology enhances the textures of both the taxiways and runway, vividly bringing the airport environment to life. The ground textures are accurately marked for runways and taxiways. Notably, the careful addition of cracks and tire markings contributes significantly to the weathered appearance of the surfaces.
 



 
The vegetation surrounding the airport, with its mix of small bushes and grass near the runway, appears naturally random. This deliberate randomness enhances the feeling of a remote and untamed setting. Ground textures stand out for their quality, with edge markings and tar lines that unify the different concrete textures, adding to the scenery's realistic touch. The rough and uneven edges of the taxiways contribute to the scene's authenticity, reflecting the rugged and genuine atmosphere of the area.
 


 
Signage and Navigation Aids
The airport’s signage is both accurately placed and of high quality. Specifically, the signage at runway hold points, which display aircraft radio frequencies, are notably sharp and clear. The accuracy extends to taxiway signs and runway distance markers, which are not only placed with precision, but are again both sharp and easy to read. This attention to detail ensures that navigating around the airport feels both realistic and intuitive.
 


 
Main Airport Buildings
The airport buildings have been recreated to a very high standard, featuring detailed 3D modelling and high-quality textures. Each building is unique, and after comparing them with real-life images of the airport on Google, it's clear that the models are true to life. The Alaska Airlines terminal building receives special attention, with its representation being particularly accurate and convincing.
 



 
The main terminal is the only building with a modelled interior, and one which has been recreated with an excellent level of detail. From security signage to wall-mounted electrical sockets, the effort to recreate a realistic interior is evident. The inside is adorned with Alaska Airlines branding, enhancing the immersive experience. Details such as 3D people, welcome stickers, medical and security notices, and even televised images contribute to a bustling and authentic atmosphere. This careful attention to both exterior and interior details promises a convincing and immersive representation of the main airport building.
 



 
Ground Clutter
The ground clutter around the airport is nicely detailed, with a variety of high-quality, random objects, all strategically placed to enhance the authenticity of the airport. Items such as fire extinguishers, pallets, cones, and fuel pumps are thoughtfully added, each contributing to the realism of an active airport setting.  
 


 
Surrounding Area
The town of Petersburg, surrounding the airport, has been recreated with careful attention to detail, depicting a highly authentic setting. Notably, the town features numerous dockyards and piers, significantly elevating the area's visual appeal. A tanker moored at the piers, numerous private small boats, and several De Havilland Canada DHC-2 Beaver seaplanes on floats bring the waterfront to life, suggesting a bustling local marine activity.
 



 
Night Lighting
The custom night lighting at PAPG enhances the experience for night-time flyers with a convincingly modelled nocturnal scene. An innovative feature is the control of Runway End Identifier Lights (REIL), and taxiway illumination, which activate only when 122.500 MHz is tuned into Comm 1 on the aircraft. This mimics a real-world system where pilots can manage night lighting, adding an extra layer of realism to the scenery.  However, this feature introduces a significant issue. Activating the lights at this airport causes an unintended consequence where the Precision Approach Path Indicator (PAPI) lights at all other airports, whether default or addon, fail to illuminate unless 122.500 MHz is selected on Comm 1. This oversight is notable, and hopefully, it's something the developers will address in a future update.
 


 
Performance
Throughout my testing, I found the scenery's performance to be exceptional, characterised by a seamless experience with no noticeable drop in frames per second (FPS), or stuttering. The airport's relatively small size and its secluded location no doubt contribute to its excellent performance. Although Virtual RAM (VRAM) usage is marginally higher, this is a natural outcome of the scenery's enhanced details and higher quality textures over the default settings, and it is a small price to pay for the significant visual improvements offered. 
 

 
Conclusion
Northern Sky Studio's rendition of PAPG Airport in Petersburg, Alaska, carefully combines authenticity with functionality, whilst targeting a diverse audience of X-Plane users. The scenery's highlights include its strategic location in the stunning Alaskan wilderness, high-quality ortho imagery, custom mesh with the optional ortho tile, carefully modelled ground textures, and bespoke buildings that resonate with the essence of the area. This detailed representation allows for an expansive exploration experience, accommodating everything from general aviation to larger aircraft like the Boeing 737, enabling pilots to embark on adventures through the nearby mountains and iconic sites such as the LeConte Glacier and Misty Fjords. Despite an issue with the custom night lighting feature, the scenery maintains an immersive and seamless experience. 
 
So, if you're seeking a launchpad to explore Alaska's expansive wilderness, Northern Sky Studio's PAPG airport stands out as an immersive base. It serves as an ideal gateway for X-Plane users keen on uncovering the rugged beauty of the Last Frontier.
 
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Petersburg James A Johnson Airport by Northern Sky Studio is now available from the X-Plane.Org Store here:
 
Petersburg James A Johnson Airport
Priced at $12.00
 
Features
The most detailed replica of airport buildings and vehicles EDGE, REIL and Taxiway lights can be enabled on 122.500 COM1 Custom hand-placed autogen High resolution ground textures / Custom runway textures High resolution building textures Compatible with all X-Plane 12 features Custom mesh for the airport area (Ortho4XP) All materials created for full PBR Shading and occlusion (texture baking) effects on all airport buildings High-resolution building textures Custom orthophoto for the airport and surrounding areas World Traffic 3 compatible Requirements
X-Plane 12 or X-Plane 11 (both versions included)
Windows, Mac, or Linux
8 GB+ VRAM Recommended
Download Size: 2 GB
Current version: 1.0 (Feb 15th, 2024)
__________________________________
 
Scenery Review by DrishalMAC2
26th March 2024
Copyright©2024: X-Plane Reviews
 
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copying of the content is allowed without consent from the author as per copyright conditions).
 

Military Aircraft Review : North American T-6G Texan by Khamsin Studios & Philip Ubben
 
The extent of the full impression of the effects of the North American T-6G Texan are hidden behind the diversity of the models and the different variations of the original aircraft. Not only for the American Air Force and Naval services "SNJ". But the British Commonwealth versions under the "Harvard" moniker, and localised variations of the Australian CAC Wirraway and Canada's Noorduyn, and it was even developed later into the North American P-64, altogether there has been 15,495 aircraft built, and it had an operational life of 60 Years (1935 to 1995). No small feat for a trainer aircraft.
 
Modified as the NA-26, it was submitted as an entry for a USAAC "Basic Combat Trainer " aircraft competition in March 1937. The T-6 was based on the NA-18, but with a foot longer wingspan, it was the first of the NA-16 series with retractable gear. It was similar to the BT-9, but with a larger engine, the 550 hp (410 kW) Pratt & Whitney R-1340 Wasp, and could accommodate two .30 in (7.62 mm) guns.
 
Khamsin Studios is already known for classic WW2 aircraft, like his last release of the Mustang P-51, But lately he has mostly been working alongside of Philip Ubben, and in the releases of Helicopters like the SA 315B Lama, and now again here in unison with this X-Plane 12 release of the legendary T-6G Texan.
 

 
The T-6 Texan is a two-seater, dual-controlled, single-engine trainer. Solo flight is permitted only from the front cockpit because of restricted visibility from the rear seat and inadequate controls in the rear cockpit. On training flights, the student uses the front cockpit while the instructor occupies the rear, except for instrument training when the student occupies the rear seat. The aircraft incorporates a steerable tail wheel, but not a free castoring rear wheel.
 
Khamsin is a long time developer for the X-Plane Simulator, so design quality is actually expected, and he does deliver it in spades. Notable is that when X-Plane 12 is the only priority (there will be no X-Plane 11 version). You can use these advanced uprated effects and the lighting to deliver a better all round visual impact. All pure X-Plane 12 aircraft have this quality sheen, but still the talent of the developer is required to make it work in creating this extreme realism that X-Plane 12 can deliver. Here is it excellent, you feel the construction of the aircraft, and the rivets and paneling that goes into the creating the best overall effect. Notable is the excellent reproduction of the R-1340 Wasp, and the huge maul of the front of the aircraft to accommodate it
 

 
Central hub and propeller (Two bladed, constant-speed Hamilton Standard) are intricately modeled here, as are all the air-cooled nine circular cylinders of the Wasp engine.
 

 
In payware aircraft you expect this sort of high quality detail, almost is regarded as a benchmark to the current state of the Simulator. But still you marvel on how really good it all is, how far the developer has come in being able to deliver a quality of this high standard for you to enjoy and use.
 

 
It is all brilliantly conceived and delivered in detail and authenticity here, you can spend ages just admiring it all. Note the excellent hydraulic lines in the gear bay, lovely deep cross-treaded tyres add to the realism, as does the simple strut arrangement of the main gear.
 

 
Glass in the canopy frame is excellent, better is if you look for the mottled effect in certain lighting conditions, shows again the highlighted realism of the glass.
 

 
Looking inside and the detail is certainly the pre-war period, but it is still quite comprehensive for a basic trainer aircraft. Notable is the fact that the T-6 Texan was created to replicate heavier service aircraft, to get the same feel and handling as the front line machines, not for just a trainee rookie pilot in taking their first steps in flight. The T-6 is far more up the grade than that, even in other roles as a combat aircraft itself, if only in a lightweight role.
 

 
As noted the student goes up in the front, the instructor in the rear. But the differences between the two positions are not that much different, bar the aircraft's systems and radios. You feel and see more of the aircraft's frame in the rear, but otherwise they are not that much dissimilar.
 

 
You sit on your parachute in the metal tub, stick and rudder pedals are all very heavy duty, but it's a very realistic cockpit to be in....
 

 
First view looks complicated, but the instruments and controls are all really very standard in their placement and use, so you will soon adjust to the layout. Fuel cock, Landing gear, Trims and Throttle/Mixture/RPM are on the left, right side are the Electrical switches, lighting and fuses (non-active, all DC circuits).
 

 
Forward the instrument panel is a mixture of instruments, but you can sort of mentally place them, in flying instruments centre left, and engine readouts centre right, with a compass headup front. With the exception of the hydraulic pressure gauge, which is installed only in the front cockpit. A suction gauge is also provided in each cockpit. The gyro horizon, directional gyro, and turn-and-bank indicator are all operated by the engine-driven vacuum system. The airspeed indicator is operated by the pitot and static systems, and the altimeter, and rate-of-climb indicator are operated by the static system.
 
Top level includes (LtoR); Nav 1 Pointer, Airspeed (MPH), Adjustable Compass, Artificial Horizon/ Bank Rate, Manifold Pressure. Second row; Back up Compass, Heading, Altitude, Rate of Turn, V/S Vertical Speed, Engine RPM, Carb Temp. Third Row; Ignition Switch, Suction, Pointer, Accelerometer G, Clock, Oil Temperature and Pressure, Fuel Quantity , Cylinder Head Temperature  and (Outside) Air Temperature ... 
 

 
....   far right is the Ampere, and far left lower is the Hydraulic Pressure Gauge. Primer knob is centre right with external lights lower, right lower is the COMM1 and NAV1 radio, with a Transponder set below.
 

 
Rear seat instrument layout is almost identical, except for radios and transponder.
 

 
Menu
Immediately right of the forward pilot is a "Data Case"...  inside is the Tablet/Menu, that when activated (hotspot) is positioned upper left of the pilot. It has five tabs; AviTab, Ground operations, Other options, Sounds and About.
 

 
Five buttons on the right side of the bezel covers; Power, (not working), AVI (Not Working), XPL (close tablet), Brightness (brighter, darker and again not working).
 

 
AviTab we will look at in a minute....  Ground operations is the default screen...  here you can change the T-6G aircraft options, including a Prop "Spinner".
 

 
"Early or Late" Canopy
 

 
VHF and ADF aerials
 

 
SNJ hook...  activation knob is right side pilot seat
 

 
Gear doors and Wheel covers
 

 
Bottom left is the adjustable Left or Right Wing "Fuel" Weight in Kgs or Lbs
 
Other options
 

 
Here there are six options.... first one is to "Show (rear) Copilot". Both pilot heads are animated, and are very realistic, and in flight the actions are different to ground...  but both pilots are the same character.
 

 
Second and third options are the Canopy and Instrument reflections (on/off). Fourth option is an "Autostart" to start the aircraft automatically, this also adds in the "Speech" Option, that will talk you through the engine startup procedure...  last Option is to have the "Fuel Switcher" ON or in auto mode.
 
Sounds & About
Both pages are first the standard X-Plane "Sound" levels, and the the "About" information of the different areas of work by each developer in Khamsin and Ubben...   the aircraft version number is shown here as well.
 

 
The AviTab Tablet as we have shown is also available (plugin required), it is the standard AviTab layout and tools, but you can rotate a chart from Portrait to Landscape...  quality is not very good at chart distance.
 

 
Liveries
Eleven Liveries provided by Khamsin, and all are quite exceptional for authenticity. TA-127 is the default, but included are Big Red, G-TSIX, Lagarto, Popeye, Marines, RCAF, Spanish Lady and the famous Harvard (RAF) "Wacky Rabbit". Plus there is a "Bare Metal" aircraft.
 

 
Flying the T-6G

 
Starting up a Warbird is never easy, the sequence here is still a procedure to be religiously followed, but tricky if not done correctly. Officially you first select a fuel tank containing some fuel with the fuel tank selector. Then use the hand fuel pump to build up some fuel pressure (the pressure gauge should read more than 1 psi for the primer to work). Push the mixture lever to fully forward. Use the primer to pump at least 1 stroke. (Because over-priming isn't simulated in this first release you could pump some more strokes before hitting the starter and the engine might not need any further priming after startup. Now continue to use the primer it always seems to die until the rpm does stabilises around 700rpm. (You can either wait until the rpm does drop significantly before each new primer stroke or just pump a few fast strokes until the rpm won't drop anymore.).
 
Tricky is the use of the primer...  First you have to "Unlock" it? this is done via a hotspot arrow, hidden in the top section of the pump handle, then you can unlock and pump or prime the engine. Don't forget to relock the pump when the engine is running. Highly notable is that the engine start switch is a pedal set between the rudder pedals!
 

 
If you don't want the palaver of awakening a grumpy old engine into life, then you have the "Autostart" Option on the menu, which is very good with it's vocal patter over the start operation...  Highly realistic are cylinder (firing!) startup sounds as you feel the inconsistent firing, then the cycle of igniting the fuel, which is then produced as an effect out of the exhaust... it is really all well done and realistic.
 

 
The prop settles down to a very authentic clatter in idle... sounds are very, very authentic as noted... A small note in using the "Auto" startup feature, is that make sure your throttle is set upwards, beyond the idle point, if not when the "auto" sequence finishes, then the engine will just "conk" out and stop again, not too much, to give it too much power, but enough to fuel the engine until it warms up.
 
The mixture range (lean-rich) is extremely small, have the mixture set too high and the T-6G will taxi very fast, too low and it just shuts the engine down...  but there is fine mixture window between the two settings, were you can get a controllable taxi speed... it is worth finding.
 
 
 
So the taxi is nice if can find your comfort zone, but tricky in that the turn circle is one of the widest I have found in a long time, you can help it along of course with a few pumps of the left or right toe-brake, but in reality it is a wide turning circle. You can of course push the stick forward to unlock the tail-wheel, pull the stick back again to lock it. It sorta works, but I found that tapping the toe-brakes in the direction you want to turn was a better way of pulling off the tighter turn circle.
 

 
Adjust the mixture for more power, and your ready to go...
 

 
The Pratt & Whitney R-1340 is the larger (louder) engine here, and it sounds glorious with the power on, tricky though is the extremely light tail, once it lifts the aircraft will shimmy badly, and it needs a lot of skill to control, it feels too light to me... so is it the X-Plane dynamics or just developer tuning... of course tail-draggers a tricky to fly (takeoff), but the T-6G seems too unrealistic at this point? 
 

 
Once clear and you enjoy the highly realistic gear stowage, first one strut moves, then it stops to allow the other strut to retract, then finishes the operation....  very good.
 

 
Once airborne, you feel the weight of the Texan, but also the restricted power to climb? Rate of climb is noted at 1,200 ft/min (6.1 m/s), but you never get even close to that climb rate?
 

 
Push the Wasp or put it on a high throttle for more power and the engine gives in spectacularly!
 

 
So you have to keep the RPM well out of the red zone, around 20 (lower green band) to stop it exploding, so this highly restricts your climb rate.
 
Performance is a Maximum speed: 208 mph (335 km/h, 181 kn) at 5000 ft (1,500 m), a Cruise speed of 145 mph (233 km/h, 126 kn) and a Range: 730 mi (1,170 km, 630 nmi). The Service ceiling is24,200 ft (7,400 m).
 
Important is getting your Trims right. The Rudder Trim is the most important, then sorting it out to the right level with the Elevator Trim. Get both right and the T-6G will find the correct balance to fly manually. Important to get correct as there are no artificial helper's here, with no Autopilot installed, the Texan is a pure manual flying machine...  would I like an autopilot? that aspect is debatable, but I like authenticity over modern features.
 

 
Once sorted the T-6G is excellent in the air, a bit heavy (ponderous?) but extremely nice to fly and to manoeuvre with great sounds coming at you from the nose...
 

 
The view from the Instructors station is excellent, but missing is the forward (animated) student pilot, having the choice to have the forward pilot visible (like with the Aermacchi M-346) would be a nice feature here.
 

 
Lighting
Cockpit internal lighting quite is basic, there are two fluorescent lights in the instrument panel and lights on each side panel. The T-6G does have a load more lighting features, including a full panel for "Recognition Lights" but none are operable or not done yet.
 

 
That said, it looks very good internally and externally in the cockpit.
 

 
External lighting is basic as well...  there are two inset wing landing lights, navigation lights and that is about it, there is "Strobe" switch, but it doesn't work...  so again in areas it feels there is still work to be done on the lighting overall. What is here however is very good
 

 
Time to land...  so I reduce the speed.
 

 
Flaps are noted in 0 - 10 - 20 - 30 - 40 - 50 steps, but the reality is they are only three degree phases, 0 - 22 (ish) - 50 (full)...  125 MPH is the limit, but a full Flap will give you a level flying speed of around 100 MPH.
 

 
I found the Texan very stable in the approach phase, quite easy to focus on the runway and keep a straight line in that same focus.
 

 
Down goes the gear and the speed is reduced to 90 knts, notable is the drag effect on the gear when deployed, so you have to throttle up a little to account for that extra drag...
 

 
I loved this approach phase, I was very, very deep into the aircraft and flying it as smoothly as I could.
 

 
As I reached the threshold, I lifted (flared) the nose to rub off the speed, I didn't want to do a three-pointer, but still wanted the tail as low as it could be possible.
 

 
A touch, then another... and I am down. Again the yaw was tricky until the speed had reduced and the tail was happily down, it takes a little practise to get it right with the rudder and toe-brakes, but its a foible to learn with these sort of low rear aircraft.
 

 
Your thought go out to those naval boys, landing this aircraft on a shifting carrier deck, you can practise that of course in X-Plane, but I guarantee it was be a very tough challenge to get it right...  Overall this was an excellent machine.
_____________
Summary
Khamsin Studio's is already known for classic WW2 aircraft, like his last release of the Mustang P-51, But he has mostly lately been working alongside of Philip Ubben, and in the releases of Helicopters like the SA 315B Lama, and now again here in unison with this X-Plane 12 release of the T-6G Texan.
 
Modified as the NA-26, it was submitted as an entry for a USAAC "Basic Combat Trainer " aircraft competition in March 1937. The T-6 was based on the NA-18, but with a foot longer wingspan, it was the first of the NA-16 series with retractable gear. It was similar to the BT-9, but with a larger engine, the 550 hp (410 kW) Pratt & Whitney R-1340 Wasp, and could accommodate two .30 in (7.62 mm) guns.
 
This is another exquisite design from Khamsin Studio, X-Plane 12 delivers very high quality aircraft, and this T-6G Texan is no exception, it is beautifully created and detailed, with a perfect soundscape and sound panel. Features are basic, with "Early" or "Late" canopies, Prop Spinner, VHF and ADF aerials, Gear doors and Wheel covers and SNJ tailhook (naval), excellent animated pilots are also included but only the rear can be hidden, front pilot would be nice visible if flying from the rear Instructor position. Popup menu also includes automated start procedure with vocal instructions, and the built in AviTab, but there is no autopilot or any helpers here.
 
Everything is very, very authentic to this extensive service (60 Years) trainer aircraft and a few went into service (combat) as well, so you get that very genuine article feel and use of this very unique aircraft.
 
It is certainly a huge credit to the skills of the developer of what they have delivered here, but totally authentic as well. Khamsin and Ubben have a very high record and a high regard in what they deliver in aircraft for the X-Plane 12 simulator, this T-6G Texan is no exception. But again you feel and use the step forward in quality and effects that dedicated X-Plane 12 designed aircraft deliver, it is quite extraordinary in what is now achieved in Simulation...  This T-6G Texan is another banner aircraft to show off those highlights...    Highly Recommended. 
________________
 

 
The North American T-6G Texan XP12 by Khamsin Studio and Philip Ubben is now available from the X-Plane.OrgStore!... Here:
 
North American T-6G Texan XP12
Price is US$32.95
 
Requirements
X-Plane 12  (not for XP11)
Windows , MAC or Linux 
8GB + VRAM Recommended Download Size: 460 MB Current version: 1.1 (March 25th 2024)   Aircraft download is 456Mb, and unpacked, then installed in your X-Plane Aircraft folder 636Mb. No authorization on startup is required.   Documents manual_t6g_khamsin_XP12 quick_start_t6g_khamsin The provided manual (31 Pages) is excellent in being a notated original T-6 authentic manual, Quick Start (2 Pages) is mostly flying tips...
 
  Designed by Khamsin Studio and Philip Ubben
Support forum for the T-6G Texan XP12 ________________  Windows  - 12th Gen IS1700 Core i7 12700K 12 Core 3.60 GHz CPU - 64bit -32 Gb single 1067 Mhz DDR4 2133 - PNY GeForce RTX 3080 10GB XLR8 - Samsung 970 EVO+ 2TB SSD
Software:   - Windows 11 Pro - X-Plane 12.09rc5 (This is a Release Candidate review).
Plugins: Traffic Global - JustFlight-Traffic (X-Plane.OrgStore) US$52.99 : Global SFD plugin US$30.00
Scenery or Aircraft
- KTCM - McChord AFB  - Seattle - Boeing Country 10.5 by Tom Curtis (Sorry not now available) ________________  
Military Aircraft Review by Stephen Dutton
26th March 2024
Copyright©2024: X-Plane Reviews
 
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copy of the content is allowed without consent from the author as per copyright conditions) All Rights Reserved
 

Thanks, it was a second voyage of discovery!

Kia Orana & welcome back Stephen! What a tremendous and comprehensive review of this South Pacific jewel. Thanks to this masterful work by Maps2X-Plane, while you've been sailing the South Seas, I've been rekindling my real life Coral Route voyages by air. The essence and magic of these majestic Isles has been captured for sure.
 
Thanks for showcasing this extraordinary package, which was an absolute must for this Kiwi who lost his heart to the mighty Pacific many shimmering moon-lit nights ago.
 
Nigel

Scenery Review : Society Islands - Leeward and Windward by Aerosoft
 
Say Tahiti, or Bora Bora and the thoughts are always... "Exotic". French South Pacific plus it's amazing scenery makes this a destination in one of the absolute top hits of any one's bucket list. It has always been on my "most" desired destination. Actually I have been to Tahiti, but a long time ago, way back in the 1970's, but also just passing through en-route to Australia. Yes I have always wanted to go back...
 
So what of Tahiti in X-Plane. Actually it was well serviced by the XPFR developers, but as usual you wanted a more overall detailed and extremely high quality package to bring out the best of the Simulator and the astonishing South Pacific area.
 
This "Society Islands" is a set of two packages by the renowned Maps2X-Plane, the same developer house that created both the excellent Faroe Islands, Svalbard and Seychelles XP, all the sceneries reviewed here are Maps2X-Plane releases, but released under the Aerosoft banner. In so any installations are now through the Aerosoft One application, just add in the authorisation number, and the tool will do the install for you.
 
As noted the Maps2X-Plane Tahiti series is in two different area packages, the first was "Society Islands XP - Bora Bora & Leeward Islands", released now back in September 2021 for X-Plane 11, of which you could call the "Western" area. This package was quickly updated to X-Plane 12 (v1.1) almost immediately.
 
The second release is the new one "Society Islands XP - Tahiti & Windward Islands", and again what you would call the "Eastern" area, both packages together then covers the whole Society Island territory.
 
Although the Leeward scenery was excellent as we shall see, it was slightly compromised in that it was only a regional scenery, with only local inter-island flying. This latest Windward package is significant because it adds in the main gateway or Faa'a International Airport, situated on the main island of Tahiti. This added aspect then connects all the Tahitian areas together, not only the international routes, but also the local domestic routes from the main gateway. The now combined area is also quite significantly wide to explore and to service.
 

 
You could say French Polynesia is in the middle of nowhere, because it is, set deep into the central South Pacific Ocean. This makes connections hard and extremely expensive, as the area is a fair flight from any landmass. But there are direct flights from the U.S. West coast, Rarotonga and New Zealand, lately Hawaii was also added.
 

 
I did an example flight from AKL (Auckland) to PPT (Papeete), it is a route distance of 2,242 nm, translated to 4h34m flightime, and right on the edge of the A321's endurance in fuel. Tricky as there are no alternative options out here. In this eastward direction, then maybe the Cook Islands (625 nm before Tahiti) as an option, but once past that point, then there are no other places to land.
 

 
As we are going into NTAA - Faa'a International Airport, we will cover the "Windward" package first..
 

 
Society Islands XP - Tahiti & Windward Islands
The Windward Islands are the eastern group of the Society Islands in French Polynesia, an overseas collectivity of France in the southern Pacific Ocean. These islands were also previously named the Georgian Islands in honour of King George III of the United Kingdom. The capital of the administrative district is Papeete on the island of Tahiti.
Tahiti, Moorea, and Mehetia are volcanic islands. Tetiaroa and Mai'ao are outer coral Atolls...  all these noted areas are available in the Maps2X-Plane Windward package.
 

 
Faa'a International Airport
Faa'a International Airport, also known as Tahiti International Airport is the international airport of French Polynesia, located in the commune of Faaa, on the island of Tahiti. It is situated 5 km (3.1 mi) southwest of Papeete, the capital city of the overseas collectivity. It opened in 1960. Regional air carrier Air Tahiti and international air carrier Air Tahiti Nui are both based at the airport.
 
The focus and highlight of both sceneries is the Faa'a International Airport, and one very long runway 3420m (11,220ft).
 
Faa'a International Airport
Aéroport international de Tahiti Faa'a
IATA: PPT - ICAO: NTAA

 
04/22 3,420m (11,220ft) Bituminous
Elevation AMSL 2m/5 ft
 

 
First views of Faa'a International are simply excellent, the vista has Moorea Island in the background. How far X-Plane has come with X-Plane 12...  as finally we have realistic tropical reef water, and it is excellent here in surrounding the airport perimeters.
 

 

 
In visiting South Pacific Islands, you sort of have to time travel back a few decades. Everything is not bright, shiny or new down here. At PPT, it feels like a past time, with an airport that has only basic facilities, no airbridges here, but certainly a nice South Pacific welcome.
 
The Polynesian look and feel is very evident in the terminal building. Expertly reproduced here by Maps2X-Plane...
 

 
Airport detail is quite exceptional, everything is covered both airside and landside with "Huge" detail...   "dense" I call it...  but there is a lot to admire and take in here. There is a fair bit of animated traffic airside (nicely done), but there is not much traffic movement on the ramps. A few regional connections and the odd International service is about it. But the majority of international aircraft moving in or out are significantly big long haul jets...  the old Pan Am 707's in the 60's, then DC-10's and MD11's dominated in the UTA years, Boeing 747's and even A380's can get into here. Now it is the odd A340, B787, A350, but also now the long thin route single-aisle aircraft ETOPS, which are a common sight.
 

 
Airport infrastructure is again excellent, with maintenance hangars and three (available) Heli pads, there is plenty of static aircraft and vehicles, but the detail in gates, ramp equipment and general clutter items is excellent. West side, is the Fire Station/Control Tower and administration buildings, an inter island area (Moorea & Tetiꞌaroa) is set over here as well. More helipads are also available.
 

 
There is no 3d grass? but the field detail is excellent, with great drainage (including even drainage pipes) and fencing. Surfaces are also first rate, with wear/tear and filled cracks. PBR reflective (wet) active textures and burnt-in ambient occlusion is also available here, great for those summer tropical rainstorms.
 

 
I have just been on a South Pacific cruise (talk about a coincidence)... The South Pacific has a certain look, lush vegetation and foliage, the bright vibrant colours and open sided tired buildings. It is the "feel" of the islands, and this scenery totally translates that "feel" into X-Plane. I could easily have been back in Nouméa (New Caledonia), Port Vila (Vanuatu) or Suva (Fiji )with this scenery. This Tahiti scenery is shockingly very good in translating that Pacific look and feel into the Simulator...  Again the "dense" feel and infrastructure of the Faa'a locale is excellent, it fills right up to the airport boundary and even into it, creating a perfect diorama of the area...  note the vista of Mount 'Orohena in the background.
 

 
The capital Papeete is too the north of the airport. Again the density of the capital is really well replicated, extremely realistic and includes the extensive Papeete Port area for approach realism.
 

 
This arrival area's aspects are all shockingly good, more real world detail than a simulator... you have to be impressed.
 
There are two heliports (pads) on Tahiti... 
 
Taaone
The heliport NTAA of Hôpital du Taaone, located about 8 kilometers east of Faa'a International. Again no expense was spared by Maps2X-Plane to create the authentic hospital for the Tahiti scenery.
 

 
Taravao
The heliport NTHV of Hôpital de Taravao, is located about 40 kilometers southeast of NTAA
 

 
Let us not forget that Map2X-Plane's main speciality is terrain mesh with photo-realistic textures, for the landscape and the sea. Highly evident in their amazing Faroe Islands package. It is the same here for Tahiti and these same quality custom textures. In that they cover all the areas in both Windward and Leeward packages, plus create those excellent tropical water effects. They are dazzling to absorb.
 

 
Moorea Airport
Moorea Airport (NTTM, 1230 meters), also know as Moorea Temae Airport, is a regional airport on the island of Moorea, located 15 kilometers west of Tahiti. It is served by Air Tahiti, and can accommodate aircraft up to the ATR 72 in size. Moorea is a volcanic, mountainous island with the highest point Mount Tohivea at 1207 meters, and for its enclosed reef that surrounds the entire island.
 

 
Moorea Airport is also known as Temae Airport (IATA: MOZ, ICAO: NTTM) or Moorea Temae Airport for its location near the village of Temae in northeastern Moorea. The airport is located 7.5 km northeast of Afareitu, the island's main village. It is set almost directly across from Papeete.
 

 
The Moorean Polynesian style terminal has had a lot of attention, brilliantly done here by Maps2X-Plane, it is a genuine walkaround the area and be part of the scenery experience... almost photographic in detail.
 

 
Airport infrastructure is first rate, with a small field tower, cargo and admin area, and housing for airport staff.
 

 
Close by Temae is replicated, as are all the locales on the island with custom autogen, very realistic it is...   highlight is the excellent water and realistic reefs.
 

 
Moorea's coastline is excellent, with great vistas to explore, either by helicopter or seaplane... The Island's Hilton Luxury Overwater bungalows are also well replicated.
 

 
Afareaitu
There is one helipad NTHF on Moorea...  it is sited at the Hôpital de Afareaitu, located about 8 kilometers south of NTTM.
 

 
Tetiꞌaroa
Tetiaroa Airport (NTTE, 770 meters) is a regional airfield on Onetahi, one of 12 islets of the Tetiaroa atoll, located 53 kilometers directly north of Tahiti. The islets are under a 99-year lease contracted by the famous actor Marlon Brando, and is home to "The Brando Resort". It is served by private flights by Air Tetiaroa, departing at a private terminal at Faa‘a International Airport.
 

 
The islets (or motus), in clockwise order starting from the southwest corner, include: Onetahi (with regulated airstrip and site of The Brando Resort), Honuea, Tiaruanu, Motu Tauvini (Tauini), Motu Ahurea (Auroa), Hiraanae, Horoatera (Oroatera), Motu 'Ā'ie, Tahuna Iti, Tahuna Rahi, Reiono, Motu One (emerging sandbank) and Rimatu'u (with an ornithology reserve).
 
Tetiaroa is extraordinary well done in realism, you could be really here, seeing Brando's dream...
 

 
Marlon Brando "discovered" Tetiꞌaroa while scouting filming locations for the film Mutiny on the Bounty, which was shot on Tahiti and neighboring Moorea. After filming was completed, Brando hired a local fisherman to ferry him to Tetiꞌaroa. It was "more gorgeous than anything I had anticipated," he marveled.
 
Society Islands XP - Bora Bora & Leeward Islands
The Leeward Islands literally "Islands Under-the-Wind" are the western part of the Society Islands in French Polynesia, an overseas collectivity of France, in the South Pacific Ocean. They lie south of the Line Islands (part of Kiribati), east of the Cooks and north of the Austral Islands (also part of French Polynesia). Their area is 404 km2 and their population is over 36,000.
The westernmost Leeward Islands comprise a three atoll group: Manuae (also known as Scilly Atoll); Motu One atoll (also known as Bellinghausen), the most northerly of the Leeward Islands; and Maupihaa atoll (also known as Mopelia) to the southeast.
 

 
Bora Bora
Bora Bora is part of the central island group of the Leeward Islands in the South Pacific. The main island, located about 230 kilometres (125 nautical miles) northwest of Papeete, is surrounded by a lagoon and a barrier reef. In the center of the island are the remnants of an extinct volcano, rising up to two peaks, Mount Pahia and Mount Otemanu; the highest point is at 727 m (2,385 ft). Bora Bora is part of the Commune of Bora-Bora, which also includes the atoll of Tūpai. The main languages spoken in Bora Bora are Tahitian and French. However, due to the high tourist population, many natives of Bora Bora have learned to speak English.
 
"Mystic" is the word used with Bora Bora, or even "Bali Ha'i" which is a show tune from the 1949 Rodgers and Hammerstein musical South Pacific. The name refers to a mystical island, visible on the horizon but not reachable...  a lot has been said that Bali Ha'i is not Bora Bora, but actually based on the real island of Ambae (formerly Aoba Island). Ambae is located in Vanuatu...  but the images and the feel of Bali Ha'i is totally the Tahitian island. 
 

 
The peaks Pahia and Otemanu are excellent with the custom textures, as is the detail of the island's infrastructure, small ports and all the island's locales are very well done.
 

 
But this is a review, not a travelogue...  jumping from the latest Windward to the earlier Leeward packages, there is a difference? Also a time difference of 2½ years, and more significantly a different X-Plane era, Eleven not Twelve. Although the Leeward scenery was updated to XP12 (my guess the water)...  a lot of the XP11 elements remain, like the + trees, no active textures or burnt-in ambient occlusion effects, and not the more modern 3d style XP12 foliage. It makes a slight, but significant difference to the look and feel of this earlier scenery. It feels more plainer, even slightly flat compared to the "lush" vibrant Windward... don't get me wrong Leeward is very good, but looks not as condensed or luscious with realism as the X-Plane 12 effects created in the eastern part of Tahiti.
 
Bora Bora Airport
Bora Bora Airport (NTTB, 1505 meters), also known as Motu Mute Airport, is an airport serving Bora Bora (Leeward Islands, Society Islands, French Polynesia) and handles about 300.000 passengers annually. The airport is located on the islet of Motu Mute and is served by Air Tahiti with ATR 42 and ATR 72 propjets
  Bora Bora Airport
Aéroport de Bora Bora
IATA: BOB - ICAO: NTTB

11/29 1,505m (4,938ft) Asphalt
Elevation AMSL11 ft / 3 m
 

 
Rustic and Polynesian, the excellent terminal building is not only for the air, but also a sea pier for servicing the hotels set out around the lagoon. The quaint Control Tower has housing and service buildings around it.
 

 
Like at Moorea, there are a significant number of luxury Overwater bungalows at Bora Bora, and they are all set out around the lagoon areas, very evident, and the hotels existing here in Bora Bora are all replicated in detail.
 

 
There are five Helipads set around the lagoon, mostly at the hotel sites. The one at "Tahiti Nui Helicopters Pago dropzone" is the base for the operations around the area.
 
Tahiti Nui Helicopters Pago dropzone
The hub of Tahiti Nui Helicopters on Bora Bora is located about 8 kilometers south of NTTB, XHNTTZ
 

 
Four Seasons Helipad
A helipad next to the Four Seasons Resort Bora Bora, about 6 kilometers south-east of NTTB, XHNTTF
 
 

 
Saint Regis Helipad
A helipad next to The St. Regis Bora Bora Resort, about 8 kilometers south-east of NTTB, XHNTTS
 

 
Le Meridien Helipad
A helipad is set next to Le Meridien Bora Bora, about 8 kilometers south- east of NTTB, XHNTTM
 

 
InterContinental Helipad
A helipad next to the InterContinental Bora Bora Resort, about 9 kilometers south-east of NTTB, XHNTTI
 

 
Raiatea Airport
Raiatea Airport, also known as Uturoa Airport, is an airport on Raiatea and handles about 245.000 passengers annually. Raiatea is the second largest island of the Society Islands, after Tahiti, and has an elevation of 1017 meters. In the north of Raiatea lies Tahaa, and the islands are enclosed by a single coral reef.
 

 
Raiatea Airport
IATA: RFP - ICAO: NTTR

07/25 1,200m (3,937ft) Asphalt
Elevation AMSL6 ft / 2 m
 
Set on the north coast of Raiatea, is Raiatea (Uturoa) Airport NTTR, the runway is actually on reclaimed land on the coral sea.
 

 
Like all these Tahiti sceneries the airport quality is excellent. With very detailed South Pacific rustic buildings and feel... highly authentic.
 

 
There is only one Helipad on Raiatea...
 
Le Taha‘a Helipad
A helipad next to the Le Taha‘a Island Resort, about 17 kilometers north-west of NTTR, XHNTTT
 

 
Huahine
Huahine measures 16 km (10 mi) in length, with a maximum width of 13 km (8 mi). It is made up of two main islands surrounded by a fringing coral reef with several islets, or motu. Huahine Nui (Big Huahine) lies to the north and Huahine Iti (Little Huahine) to the south. The total land area is 75 km2. The two islands are separated by a few hundred metres of water and joined by a sandspit at low tide. A small bridge was built to connect Huahine Nui and Huahine Iti. The Island's highest point is Turi, at 669 m elevation.
 

 
Huahine – Fare Airport
Huahine – Fare Airport is the airport serving the island of Huahine in French Polynesia. The airport is located in the northern part of the commune of Fare, on the Island of Huahine Fare,
 
Huahine – Fare Airport
IATA: HUH, ICAO: NTTH

07/25 1,500m (4,921ft) Asphalt
Elevation AMSL7 ft / 2 m
 

 
Unusually here it is a tiled roof not thatched on the Fare Airport terminal building, but still in a Polynesian style. Again the airport is extremely well done with separate tower and service buildings, it is easy to find from the air as well with it's position.
 

 
Maupiti
Maupiti is the westernmost volcanic island in the archipelago, 315 kilometres (196 miles) northwest of Tahiti and 40 kilometres (25 miles) west of Bora Bora. It has a population of 1,286 people. The largest town is Vaiea. The island is a "near atoll", consisting of a central volcanic peak surrounded by a lagoon and barrier reef with four motu: Auira, Pa'ao, Tuanai, Tiapaa and Pitiahe.  The lagoon has an area of 27 square kilometres (10 square miles) and the central island has an area of 12 square kilometres (4.6 square miles) and a maximum elevation of 372 metres (1,220 feet).
 

 
Maupiti Airport
Maupiti Airport is serving the island of Maupiti and the airport handles about 23.000 passengers annually. It is positioned on the Northeastern coast of the island. Maupiti is the westernmost volcanic high island in the archipelago. The 3136 ft runway 08/26, sticks right out into the surrounding waters, the locale is really well designed (and detailed) to discover.
 
Maupiti Airport
IATA: MAU - ICAO: NTTP

08/26 956m (3136ft) Asphalt
Elevation AMSL15 ft / 5 m
 

 
Maupiti Airport is another great gateway to paradise.
 
Last and interesting in the Leeward Islands is...
 
Tupai
Tupai is also called Motu Iti, is a low-lying atoll in Society Islands, French Polynesia. It lies 19 km to the north of Bora Bora and belongs to the western Leeward Islands. This small atoll is only 11 km2 in size. Its broad coral reef encloses a shallow sandy lagoon. There are almost continuous long wooded motus on Tupai's reef. Tupai has no permanent residents apart from some workers in its coconut plantations. Tupai is a low-lying atoll and consists of two larger and a few smaller islands surrounding the lagoon.
 
Tupai Airport is a private airfield on Tupai, inaugu- rated in 2001, and its use is restricted. It is noted as NTTU ICAO designator, there are no charts for the airfield.
 

 
Of course all atolls and small coral islands throughout both packages are also all represented and customised with realistic water and landmass textures. There is also a a lot of vehicle traffic, and animated water traffic that gives off a buzz to the sceneries....  it is a very comprehensive set of sceneries, the best you could imagine for this "Exotic" part of the South Pacific.
 
Lighting
Lighting in these sort of packages is not the focus of the scenery... here it is of course basic island lighting. There is another element in looking at the night images to consider. X-Plane (12) and it's current state has not very refined lighting. It is all very over-exposed and quite large at their sources with large flares. So it isn't really very realistic? Here are my arrival images into Faa's NTAA Rwy 04. The lighting looks like cascading lava down the mountainsides? The airport PPT was actually quite hard to make out?
 

 
The Faa's NTAA International lighting is perfectly fine, maybe a a better tone of light would have been more realistic... but overall it was good, but the external lighting sorta overwhelms it. The arrival globe lighting at the terminal's entrances are however a masterstroke.
 

 
Papeete lighting is autogen(erated) but looks okay, the port area is very good.
 

 
Moorea's lighting gives a more generalisation of the lighting across all the Windward Islands...  typical island lighting, with no highlights.
 

 
In the Leeward Package the lighting is the older XP11 system, and it actually looks far better, as the heavy XP12 flare is more contained. Bora Bora Airport is bright and very nicely lit and the whites, whiter. Highlights are the eerie blue glow of the Overwater hotel bungalows, snaking themselves out into the Lagoons...
 

 
My advice is to revisit the packages if Laminar Research refines the lighting of X-Plane 12, you may be pleasantly surprised, as the current night-lighting is way overdue for attention in the Simulator.
 
Summary
"Society Islands" is a set of two packages by the renowned Maps2X-Plane, the same developer house that created both the excellent Faroe Islands, Svalbard and Seychelles XP, all the sceneries reviewed here are Maps2X-Plane releases, but released under the Aerosoft banner.
 
The first was "Society Islands XP - Bora Bora & Leeward Islands", released now back in September 2021 for X-Plane 11, of which you could call the "Western" area. The second release is the newer one "Society Islands XP - Tahiti & Windward Islands", and again what you would call the "Eastern" area, both packages together then covers the whole Society Island territory.
 
The Leeward scenery was slightly compromised in that it was only a regional scenery, with only local inter-island flying. This latest Windward package is significant because it adds in the main gateway or Faa'a International Airport, situated on the main island of Tahiti. This added aspect then connects all the Tahitian areas together, not only the international routes, but also the local domestic routes from the main gateway. The now combined area is also quite significantly wide to explore and to service.
 
Tahiti & Windward Islands XP Package, includes the Tahiti Gateway of Faa‘a International Airport NTAA, and Papeete the capital of Tahiti, other islands and airports include Moorea Airport NTTM and Tetiaroa Airport NTTE (Brando Island), and three Heliports; Taaone NTHP, Taravao NTHV and Afareaitu NTHF.
 
Bora Bora & Leeward Islands XP Package, includes Bora Bora Airport NTTB, Raiatea Airport NTTR, Huahine – Fare Airport NTTH, Maupiti Airport NTTP and Tupai Airport NTTU, a private airfield on Tupai. Heliports are five on Bora Bora; Tahiti Nui Helicopters Pago dropzone (XHNTTZ), Four Seasons Helipad (XHNTTF), Saint Regis Helipad (XHNTTS), Le Meridien Helipad (XHNTTM), InterContinental Helipad (XHNTTI), and on Raiatea is a Helipad at Le Taha‘a Resort (XHNTTT).
 
Maps2X-Plane are masters at creating extensive custom terrain mesh with photo-realistic textures for the landscape and the sea. And all the extensive land and tropical sea elements are all covered here. All land autogen is (South Pacific) custom, and significant areas and island locale's are covered like Papeete and port areas.  Airport vehicle and sea (water) traffic is also extensive. All airports including the Tahiti gateway Faa'a Airport are all extensively modeled and created, and the unique "South Sea Island" feel in the X-Plane 12 Simulator is very evident.
 
Notable is that the older Bora Bora Leeward, does have still a lot of the older X-Plane 11 elements (older + trees and water) that doesn't have that later X-Plane 12 density and quality, Leeward is very, very good, but Windward is still better in feel and look. Lighting is actually the opposite, X-Plane 12 non-refined lighting is worse than the older but more stable X-Plane 11 lighting on the Bora Bora package. Notable is that both XP12 and XP11 versions are all included in the packages.
 
In your face is the price, $36.99 for the older Bora Bora, and $38.99 for newer Tahiti... together $75.98 for scenery! Obviously an investment, but you get a lot of scenery including tons of detail and extensive features for your hard earned dollars. It's a brilliant set of flexible packages to use as well...  now with International Long Haul available, regional island services, helicopter inter-island and hotel services, and even just cruising around exploring the islands in your floatplane, every aspect is covered, and it all comes with a huge quality impact and the immense detail of custom terrain and noted photo-quality base mesh, as a travelogue it is all an explorers delight.
 
Overall, it is the excellent "South Pacific" feel that is the immense drawcard to the Tahitian scenery, can a simulator recreate the realism of the real world, well almost and these sets of Tahitian Sceneries show off the immense talents of X-Plane 12, its all so close, you can now almost touch it with these packages....   Highly Recommended.
______________________
 

 
Yes! the Society Islands XP - Tahiti & Windward Islands, Society Islands XP - Bora Bora & Leeward Islands by Aerosoft is now available from the X-Plane.Org Store here :
 
Society Islands XP - Tahiti & Windward Islands
Price is US$38.99
 
Requirements X-Plane 12 or X-Plane 11 Windows, Mac and Linux 4 GB VRAM Video Card - 8 GB+ VRAM Recommended Download Size: 5.7 GB  - Installation is done through Aerosoft One Current version: 1.1 (January 26th 2024)  
Society Islands XP - Bora Bora & Leeward Islands
Price is US$36.99
 
Requirements X-Plane 12 or X-Plane 11 Windows, Mac and Linux 4 GB VRAM Video Card - 8 GB+ VRAM Recommended Download Size: 5.7 GB  - Installation is done through Aerosoft One Current version: 1.1 (December 12th 2022) ___________________________
 
Installation
Installation of Tahiti/Bora Bora XP  is done through Aerosoft one installer:
Aerosoft One Universal After you have installed Aerosoft One, click on  
 
ENTER PRODUCT KEY (under the Library Tab)
...   enter the Serial Number provided in this order. This will give you the option to download the airport. Note the different X-Plane 11 and X-Plane 12 installations.
 
The Tahiti/Bora Bora scenery is downloaded into a dedicated folder "Aerosoft One Library" on your system, under a file (gameDirectory) via a shortcut. Full Install size (both packages) is 15.34Gb.
 
Documents
Standard Aerosoft Manuals Tahiti (9 pages), Bora Bora (22 pages) are in both English and German.
 

 
Review System Specifications
Windows  - 12th Gen IS1700 Core i7 12700K 12 Core 3.60 GHz CPU - 64bit -32 Gb single 1067 Mhz DDR4 2133 - PNY GeForce RTX 3080 10GB XLR8 - Samsung 970 EVO+ 2TB SSD
Software:   - Windows 11 Pro - X-Plane 12.07r1 (This is a Release Candidate review).
Plugins: Traffic Global - JustFlight-Traffic (X-Plane.OrgStore) US$52.99 : Global SFD plugin US$30.00
Scenery or Aircraft
-ToLiss A321 XP12 - (X-Plane.orgStore) US$89.99
- Cessna 172-1000 - X-Plane Default fleet - Free (with X-Plane 12)
-ATR72-500 v1.2 - Riviere 1.2.0 - - (X-Plane.org) - Free
 
Tahiti Scenery Review by Stephen Dutton
18th March 2024
Copyright©2024: X-Plane Reviews
 
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copy of the content is allowed without consent from the author as per copyright conditions) All Rights Reserved
 

 

Scenery Review: X01 - Everglades Airpark, Florida by Skytitude
 
By Felicity Smith
 
Introduction
As a young girl, I remember rushing home after school to immerse myself in the adventures of Mark, his dad, and Gentle Ben, gliding effortlessly on their airboat through the Everglades in the television series 'Gentle Ben.' Those reruns transported me to a world filled with simplicity and joy, a feeling I’ve cherished into adulthood. So, when Everglades Airpark popped up on the Org store, and hubby suggested I take a look, I thought, why not!

Everglades Airpark, located a mile southwest of Everglades City in Collier County, Florida, is more than just a hub for aviation activities; it's a portal to the expansive 10,000 islands that dot the region. Yes, an astounding 10,000! This strategic position offers virtual pilots a scenic base that perfectly captures the essence and beauty of the Everglades. 
 

 
Installation and Documentation
Users are provided with two zip files, one tailored for X-Plane 12 and the other for X-Plane 11, to ensure compatibility regardless of the version they are using. The files are compact, with the download size being just over 160MB and expanding slightly to around 170MB once extracted. The installation process involves simply transferring the two folders into your Custom Scenery folder, making it as straightforward as preparing for takeoff. Documentation comes in the form of a modest text document. It's simple yet effective, providing all the essential information needed for installation. 

First Impressions
My first flight over Everglades Airpark in X-Plane was truly eye-opening. For those who haven't had the opportunity to visit this part of the world, the expansive view of countless islands and mangroves is striking. The scenery offers depth with its myriad of islands and islets, presenting a rich tapestry for exploration. While it's uncertain if every single island has been individually modeled, the contrast to X-Plane's more generic landscapes is notable. The enhancements made to the bathymetry data through the edited mesh significantly smooth out the dips and rises in water surfaces that X-Plane sometimes exhibits. This adjustment leads to a more realistic experience, especially noticeable when flying at low altitudes, by mitigating the visual disruptions caused by these inconsistencies
 
As you fly over the airpark, the detailing becomes even more apparent. A custom photographic overlay enhances the realism of the airport and its surroundings, making aspects such as the runway and the nearby Chokoloskee Bay appear more lifelike. Furthermore, the overlay extends over the water, effectively using different shades of blue to indicate variations in water depth.
 



 
Everglades Airpark
Approaching Everglades Airpark reveals that its charm lies in the subtle details rather than grandiosity. The developer has achieved a near perfect balance with the custom foliage, including shrubs, trees, and 3D grass, which are distributed in a way that creates a scene that is neither barren nor overcrowded. Combined with X-Plane's ambient nature sounds, the setting attains an immersive quality that is both pleasing and authentic.
 



 
The runway itself features textures that realistically reflect wear and tear. The addition of what appears to be windblown sand across areas of the runway further enhances its visual fidelity and acknowledges the airpark's proximity to the coastline. Runway markings, as you would expect, are minimal, displaying only the essential numbers and the airport’s frequency, which underscores the airpark's practical, no-frills ethos.
 


 
In terms of structures, the airpark reflects its real-world counterpart’s modesty with just a few buildings. The main hangar, serving as a shelter for small single-engine GA aircraft, and the main ticket office, which modestly functions beyond what might typically be called a terminal, are notable for their modelling. The inclusion of 3D figures around the ticket office adds a touch of life to the scenery, a detail that enhances realism. A parking area, a small water tower, and various pieces of airport clutter fill out the scene. While the airpark does not boast a wide range of structures, each element is thoughtfully placed, enriching the overall experience without overstimulating the senses.
 

 
Everglades City
Northward from the airpark, one encounters Everglades City, a charmingly small community that, despite its name, is home to fewer than four hundred residents. The city’s layout, with its orderly grid of streets, hosts a variety of residential and commercial structures. These are integrated into the scenery with a photographic overlay that, while not achieving razor-sharp clarity, marks a modest step up from the default textures provided by X-Plane. The waterfront, with its array of docks and jetties complemented by a selection of default boats, melds surprisingly well into the surroundings. 
 



 
Chokoloskee Island
Chokoloskee Island, situated further south and connected to the mainland by a three-mile-long causeway, adds a serene element to the scenery. Its numerous buildings and static caravans, integrated using a photographic overlay, had the potential to be a standout feature. Unfortunately, the use of low-resolution imagery here undermines this potential. Given the relatively small size of the download package, it seems there was an opportunity for the developers to incorporate higher resolution textures without a significant increase in file size. At a time when users are generally receptive to downloading larger files for enhanced realism, the decision to keep the file size modest may limit the visual fidelity of these areas. Upgrading to higher resolution textures could have notably improved the immersive quality of Chokoloskee Island, transforming it into a more engaging part of the Everglades Airpark experience. The present resolution, particularly at lower altitudes, detracts from the scenery's potential to fully captivate virtual pilots with the natural beauty and detailed landscape that this unique region deserves.
 


 
Night Lighting
The night lighting at Everglades Airpark, though modest, captures the essence of what you'd expect from a small general aviation airport such as this. It's not so much about the dazzle but the fit, and in this case, the lighting strikes a pleasant balance. The gentle illumination of the main office building, coupled with the streetlights weaving through Everglades City, creates a serene and realistic nocturnal setting. It’s subtle, yet thoughtfully implemented, providing just enough light to navigate without overpowering the quiet beauty of the surrounding area.
 


 
Performance
Given that my computer is typically more engaged with games like “Hogwarts Legacy” and “Age of Empires” rather than the highly detailed and demanding environment of X-Plane 12, I approached this scenery with a measure of apprehension. To my pleasant surprise, the performance across Everglades Airpark was impressively smooth. The only moment I encountered a slight slowdown was when X-Plane 12’s default trees, especially animated ones in windy conditions, began to accumulate, leading to a minor drop in frame rates. However, for those who, like me, find the trees from X-Plane 11 more than satisfactory, switching back to these in the graphics menu is an option. Overall, the scenery performed excellently, free from stutter and maintaining a good performance level throughout. 
 


 
Conclusion
In reviewing Everglades Airpark, I've found an experience that captures the simplicity and authenticity of the real Everglades, albeit on a somewhat modest scale. The scenery shines in depicting the main airport and its immediate vicinity, with its upgraded mesh, realistically modelled main airport building, and a genuine sense of place that truly embodies the spirit of this distinctive location.

However, there is room for improvement, particularly the lower-resolution overlays in the urban settings near the airport. While these aspects don’t entirely detract from the overall enjoyment, they do present a clear avenue for enhancement that could elevate the scenery to more closely match the vividness and detail of its real-world inspiration.
 

 
Weighing the scenery’s modest intentions against its successes, it stands out as a rewarding exploration for those captivated by the charm of the Everglades. With an accessible price point, it offers a compelling option for virtual pilots in search of new adventures, set within a context that doesn't aim for overwhelming grandeur but rather a heartfelt tribute to a beloved region.
 
________________________
 

 
X01 - Everglades Airpark, Florida by Skytitude is now available from the X-Plane.Org Store here:
 
Everglades Airpark
Priced at $12.95
 
Features
Complete and accurate representation of Everglades Airpark Highly Detailed areas of Everglades City, Chokoloskee Island and ten thousand Islands for greater VFR Custom Materials and Surfaces with Physical-Based Rendering Effect (PBR) Wet Surfaces Using New X-Plane 12 Weather Technology Spectacular Buildings and Objects with Realistic Night Lighting High Density Hand-Placed Forests and Plants Custom 3D Grass Using New X-Plane 12 Vegetation Technology Accurately Built Large Surrounding Area with Thousands of Hand-Placed Objects Edited mesh for +25-082 tile, a lot of bathymetry data problems fixed Requirements
X-Plane 12 or X-Plane 11
Windows, Mac, or Linux
Download Size: 163 MB
Current version: XP 12 1.0 (Jan 24th, 2024)
 
Review System Specifications
AMD R5 2600 – 16GB RAM - Nvidia RTX 2060 – Windows 10 Home 64 Bit
 
__________________________________
 
Scenery Review by Felicity Smith
15th March 2024
Copyright©2024: X-Plane Reviews
 
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copying of the content is allowed without consent from the author as per copyright conditions).
 
=
 
 

Classic Aircraft Review Updated : Aircruiser 66-75 v1.1 by Hangar 23
 
Very early classic aircraft are very interesting, more so when they are so rare. This aircraft is about as rare as you could could imagine, only 23 of them were built between 1930 and 1938. But they have a significant place in Aviation history, only to be replaced by the United States federal regulations that prohibited single-engine transports on United States airlines, virtually eliminating future markets for the Aircruiser.
 
Bellanca Aircruiser and Airbus were high-wing, single-engine aircraft built by Bellanca Aircraft Corporation of New Castle, Delaware. The aircraft was built as a "workhorse" intended for use as a passenger or cargo aircraft. It was available with wheels, floats or skis. The aircraft was powered by either a Wright Cyclone or Pratt or a Whitney Hornet engine. The Airbus and Aircruiser served as both commercial and military transports. The first Bellanca Airbus was built in 1930 as the P-100. An efficient design, it was capable of carrying 12 to 14 passengers depending on the cabin interior configuration, with later versions carrying up to 15.
 

 
The Aircruiser's distinctive shape, gave it the moniker of "The Flying Ws" and this hardy design was still flying in Canada well into the 1970's . Is it a Bi-Plane, sort of, as the lower W is still a part aerodynamic surface. When you look at the design closely, it is extremely clever in holding up and bracing the main wing, as for also being a support for the landing wheels.
 

 
The Aircruiser is a "Tail-Dragger", most were back in this 1930's period, but the early evolution of the multi-seat passenger aircraft is highly perceivable, back in the day, it was, still is a very innovative design. For an aircraft, it looks heavy, but sturdy is probably the best description
 
Hangar 23 is a not really a new entrant to the X-Plane Developers affiliation, but a ex-TorqueSim developer. Still the Aircruiser is an interesting one in the choice of aircraft to debut their talents in doing their own Studio. Technical information of the Aircruiser is rare, but there are two surviving in existence, "CF-BTW," a 1938 model in the Ericson Collection in Madras, Oregon, incredibly the aircraft is still airworthy. The second is "CF-AWR" named the "Eldorado Radium Silver Express", built in 1935, and is under restoration at the Western Canada Aviation Museum in Winnipeg, Manitoba.
 
Update v1.1...  This review has been updated to version v1.1, this includes a set of changes that came out only a few weeks after this original release review was published, the changes are noted here v1.1
 
Installation
The download for the Aircruiser is 1.18GB, with an installation of 1.38Gb. But the installation file/folder system is a slightly complicated. Hangar 23 has selected to put the main Aircruiser file within a folder of a folder? So the first folder is "Aircraft" followed by a folder named "Hangar 23" , with the actual "Aircruiser" aircraft folder inside, or buried in layers of folders? Honestly the first "Aircraft" folder is not required, so just install the "Hangar 23" Folder directly into your X-Plane "Aircraft" folder with the Aircruiser folder inside.
 

 
All the installation notes are in the excellent manual, but the doubled up "Aircraft" folder creates confusion... 
 

 
Detail and modeling
For an aircraft of this size, an installation size of 1.38Gb can only mean one thing, quality in detail. Remember this is a first time effort from Hangar 23, but the detail and quality is outstanding. Both an X-Plane 12 and X-Plane 11 versions are included in the package, but it is the XP12 version on show here with it's more exponential PBR (Physical Based Rendering) effects and lighting. And it really blows you away.
 

 
X-PlaneReviews are usually quite lenient when the studio name is new, in overlooking sometimes even the obvious mistakes or poor areas of first time production...  But already with the quality of work behind Ulrich, you go straight into the "Masters" level, but this is still a first release from Hangar 23 is just outstanding...  and an highly impressive debut for the Studio!
 
And all with an aircraft so rare...  the beauty of Simulation is that iconic and classical aircraft can be recreated, their forgotten time, brought back and to live again, or in this case fly again. At the core of this Aircruiser Simulation is just that very aspect, bringing the past alive again for you to absorb and interact with. 
 
But this is outstanding work...  all the wing braces and support wires are sensationally done, every bolt, castle nut and Cotter Split Pins, are modeled here in detail, leading edge panels are worn and authentic, the struts in detail are excellent, you have to admire it all.
 

 
If you are a detail junkie, who loves to spend time investigating the quality of the work, then you will love this aircraft, as it's a museum piece brought alive. The massive top wing looks canvas, and you can see the frame that the material covers, it's a lovely formed wing as well. Actually two separate wings, attached to the fuselage.
 

 
This was the golden age of innovation for aircraft, the transition from wood, canvas to metal, so you get sometimes the mixture of the two eras in the one development as the changes moved on forward.
 
The detail is just gobsmacking. The panels are perfect and so are the bolts that hold them in place, windows and it's thick glass are worn and glazed to perfection... The Cyclone SGR-1820 it is rated at 760 hp, as is the giant three-bladed geared propeller, and all gloriously there to admire. The engines internal intricate detail of metal and brass pipework is very impressive.
 

 
The Aircruiser is flat sided, there are no curves in the doors and the windows are more nautical portholes than aircraft, but it's all beautifully done, and it is all built like a tank!
 

 
The two main landing wheels hubs, tyres are massive, but simplistic as well, detail is right down to large CirClip to hold the rim onto the hub.
 

 
 There are four doors that can be opened, two small high cockpit access doors, one left passenger door, and a very big odd A shaped cargo door...  all four doors are so authentic to the design, with the Cargo door in two sections that folds.
 

 
Honestly, it is like a flying shed inside, totally weird.
 

 
The interior is impressively done, metal and wood dominate, SO much weight in the construction, how did this thing get off the ground?
 

 
It's all metal piping and blocks of wood, many trees were felled in the creation of the interior, a far, far cry from the ultra clean, state-of-the-art LED lighting Airbus interiors...  this is doing it rough. The passenger seats are a pipeframe, with a strung canvas seat, you wouldn't want to go to far on them.
 
Pilot seats are a metal bucket, the pilot gets the luxury of a cushion, the CoPilot the hard metal base. The cushion is required not for comfort, but to be elevated to see over the extremely high instrument panel.
 

 
The yoke is a big hefty iron thing, beautifully skillfully designed and modeled, you can hide it via a hotspot centre yoke. The side quadrant is again excellent, with the Throttle (T), Propeller (P) and Mixture (M) levers, notable that in 90 years the controls are still as relevant then as now. Lower rudder pedals are also big hefty iron contraptions, you need to be Popeye with his strong arms and legs to match, to fly the Aircruiser.
 

 
Notable are the two trim winders, one left for pitch/elevator adjustment, and another on the forward roof for the rudder trim. Point to make is that there is no visual trim setting, so you don't know if they are both centred or not, but a guide is two full winder rotations each way. Note the old fashioned brake lever and flap selector handle.
 

 
-v1.1- in the update Hangar 23 added in a visual marker on to both of the trim winder panels, it's only a small round brass tack, but it does show you your current trim position.
 

 
Main instrument panel is amazing, this is simply a panel with inset instruments that is highly authentic. Note the boxed Whiskey Compass
 

 
Again the layout is quite familiar... with a Standard Six layout. Top left is the Airspeed Indicator (MPH/KNTS), Vertical Speed Indicator (V/S), very basic Rate of Turn Indicator, below offset is a Directional Vacuum Gyro (Heading), Altmeter and Horizontal Reference (bank).
 
Far left is a RPM dial, Manifold Pressure, and top right a CYL TEMP. Right panel has Volts, OAT (Outside AirPressure), Oil Temp/Pressure and Fuel Pressure...  top Ignition Switch, Fuel Gauges (twin), PPH (Pounds Per Hour) fuel flow and a ELGIN clock. Lower left are a row of switches that cover Battery, Generator, Nav (lights), Landing (light), Starter, Coil Booster, Fuel Pump, Panel Lights and Cabin Light. Far, far left is the fuel tank cock; Both, Left & Right.
 
It's all so impressively well done, the flaked tired black metal facia is very authentic to an aged old aircraft of this generation.
 
 

 
- Update v1.1 - Added in the update were two instrument items both related to the "Carburettor Heat". A knob lower dash, and a gauge middle panel centre right.
 


Menu
There is a banner menu "Hangar23Aircruiser" that has two menu options; "Options" and "GPS Style"
 

 
Options: There are six options, Autopilot Toggle, Strain Gauge Toggle, Real Autorudder Toggle, Steerable Tailwheel, Show Pilot and Use Clipboard.
 
The Aircruiser comes with a very basic 2-Axis "Sparrow" Autopilot, basically a set "Holds" Pitch and Roll Rate. Second option is to add on a "Strain Gauge" or Trim indicator. Both are positioned lower centre panel
 

 
We will go more into the "AutoRudder" in flight, but if you want to disconnect or activate the the AutoRudder you can do so via the menu option, you can also use the hotspot on the (front) Whiskey Compass to do the same action.
 

 
The Tailwheel is steerable by the rudder pedals, but if you want a free castoring wheel, you can disconnect it via the "Steerable Tailwheel" option.
 

 
There is the option to show or hide the pilot. He is fully animated in rudder and pitch (forwards & backwards) and seems to have his hands full in controlling the aircraft, he is very good here and well done.
 

 
Next in the "options" menu is the "Use Clipboard". In the right side pocket there is a VR (Virtual Reality) clipboard (also clickable).
 

 
This really the "Fuel & Weights" menu...  as you can adjust the fuel and Pilots, Passenger, Cargo weights by scrolling them in. They can be set in Lbs or Kgs and the "Load", "Empty" (weight) and Full Gross weight can be seen. You can "Save" your settings, and then "Load" them.
 
Another note is that between flights the Aircruiser will save and reload the same settings to the next flight, until you adjust them.
 
Last two separate items on the "Options" menu are "Reset AP Tuning" (Autopilot on/off) and "Reset AutoRudder Tuning", resets the rudder position to central.
 
An option not shown in the menus, is that if the power is switched off, then the chocks are positioned on the front wheels.
 

 
The second setting of the menu tab is the "GPS Style", here you can select between the Laminar GNS 530 GPS, or one of the two RXP (Realistic) GNS 530 or GNS 750 GPS units if you have that external additional option. I don't have the Realistic option so that install is not visible here. The GPS units are position on the roof forward, with also a default custom style COMM radio above, and a Transponder panel below.
 

 
- Update v1.1 - Introduced a set of "Floats" for the aircraft. There was actually a Float version of the Aircruiser, notably two aircraft were converted...  noted here as a "Floatplane". The "Float" version can be selected on the "Flight Configuration" menu.
 

 
"Huge" and chunky floats they are, there is no Amphibian variant (land wheels)
 

 
The waterborne Aircruiser sits nicely on the water, also moves around on the fluids really well considering the size and weight of the machine. You need those extra huge extra tail fins to keep the aircraft straight.
 

 
There are several ways to control the water rudder up/down movement. One (the easiest) is to set a keyboard command to "Toggle water rudder", or use the pull (up) or (down) slider on the floor, left behind the flap lever. Water rudder steerage is via your rudder pedals.
 

 
Float detail is like the rest of the aircraft, exceptionally well done, lovely cleats and perfect cables
____________
 
Flying the Aircruiser 66-75
You can't at all see out of the Aircruiser, the long nose is way up there, blocking any view, as the tail is way back down there behind you. The only option is to lean very far left to try to see the ground.
 

 
You would think the Aircruiser being so old-fashioned would be a pain to start, but it's quite benign and easy as long as you do the right procedure. Fuel on "Both", Fuel Pump on, then the most important switch, the "Boost Coil" switch to on. Mixture just to above the (Auto) lean red marker...  then up the "Starter" switch, the prop will turn, then gradually fire into a running engine... 
 

 
Both the start up and shutdown of the Cyclone SGR-1820 is exceptional, no fast artificial start or shut down here, but it all comes with stutters and engine positions that are very noticeable, as is the churn of the starter motor against the pressures "clock", "clocking" of the starting engine, its a great and a very realistic re-enactment of the starting, and then the stutter of the engine shutting down, I loved it.
 
I have a horrible history of trying to control tail-draggers, spinning loose tail-wheels have given me loads of grief. But not here though... as mentioned you can disconnect the tail-wheel to be free, if you love that uncontrollable chaos. But for the rest of us the tail-wheel acts through the rudder pedals, but also through the usual "Tiller" yaw. This makes the Aircruiser very easy to manoeuvre around on the ground or on taxiways. Braking and the toe-brakes work normally as well.
 

 
For once you not fighting the aircraft on the ground to go into the direction you want, but the view internally is hard work to keep it all on the narrow taxiway. So you have a habit of visually taxiing externally until you understand the aircraft more.
 
Very important is to adjust the rudder trim 50%, or a full winder turn to the right. The SGR-1820 is a very powerful force on takeoff, the asymmetric thrust is huge, it pulls you so hard to the left, that even full rudder is required off the line...
 

 
The Aircruiser for all it's massive weight is sprightly off the line, your working the pedals to find the right balance to keep the aircraft straight, it does thankfully nicely change direction tail-wise to your inputs, very quickly the tail is up at 40 MPH, and there is tons of lift from those wings, at 60 MPH+ and your now flying. The point from "off the line" to "Airborne" is very short, so no flaps are required, time to adjust your direction is short as well...  so once off the ground I was already veering right away from the runway, I didn't try to correct it, but just went with the flow and climbing turn, then leveled it all out straighter when higher. With practise with your rudder inputs you could keep it in more of a straight line out...  it's a total feel thing, a feel for the aircraft.
 

 
Pitch trimming is nice, but I recommend a keyboard input than the badly positioned side wall-winder, same for the rudder trim on the roof...
 

   
You have so much power, the Aircruiser is super fast for an aircraft of this size and age...  it's a very physical aircraft to fly, you use the rudder all the time, then finally finding the right amount of input to keep the aircraft in a straight line, a tough idea, with the amount of asymmetric thrust coming at you all the time. The 66-75, as featured here, could produce up to 730 hp from sea level through 5800 ft, where then the power built higher to ~760 hp
 

 
Maximum speed is 144 kn (165 mph, 266 km/h), (but it feels far faster), Range is an amazing 608 nmi (700 mi, 1,130 km), and the Service ceiling is 22,000 ft (6,700 m), but the average cruising altitude is around 10,000ft, still fast and high for a 90 year old design.
 

 
Hangar 23 has provided a tool, called the "AutoRudder function", a sort of A.I. tool to take the strain out of flying the Aircruiser. On the ground the rudder control functions as usual. So it was important to properly trim the aircraft prior to takeoff and landing. In flight, the autorudder system then takes control of the rudder, and will attempt to keep a slip angle as dictated by the yaw axis of the joystick. This allows the pilot to slip the aircraft even while the autorudder is active, such that even crosswind operations become possible with the system active. In other words it flies like the X-Plane tool when you have no yaw axis joystick, the wings are connected to the rudder.
 
This gauge will merely prompts the pilot on the direction of trim needed to take load off the “servos”. Unlike the autopilot, the autorudder does not disconnect under a high strain, nor is it dependent upon the aircraft’s electrical system to operate (Cable operation).
 
When activated (via the menu, or Compass)  the autorudder has a visible gauge, located on the yaw trim handle base plate.
 


If you are going to deactivate the autorudder during normal flight, first adjust the rudder trim according to the strain gauge, otherwise a very sudden and very unpleasant disconnection will occur. It works very well...  but switched off the AirCruiser has a habit of yawing left, almost going around in circles....
 

 
You can try to trim it out? but it's hard to find a neutral flight, I did find a position input that worked, slight right rudder and slight stick right as well, but it's tiring for any distance, short or long...  the AutoPilot is not much better, tricky to use is to centre the heading.
 

 
You adjust via the "Roll" or "Up/Dn" switches, as per the three lights, red (left), white (centre) and green (right). But there is a delay in the operation that can make you over trim, I never quite mastered it...  so again even on the Autopilot, I went into a slight bank in left handed circles and couldn't the aircraft fly in a straight line unless under manual control. It's the sort of tool that all of a sudden you will understand it and get it right, with time and persistence. This system is like the Sperry Type A-3A. You will need to trim the aircraft perfectly, so the heading is as close to where you want to go and level, flying as straight as you can, then turn on the AP, trying to trim later while the Autopilot is active is a far harder situation.
 
-v1.1- In the update a lot of attention was given to pitch stability and improved rudder response, also this adjustment also works better with the "Sparrow" Autopilot, in both manual and automatic orientations the aircraft felt far more stable, more directional, than with the past banking action...  certainly a big improvement in this area.
 
Lighting
Lighting internally and externally is basic, which is to be expected. There is one switch for the instrument lights, and another switch for the cabin lights, two spider-web looking ones forward and two roof lights rear, it all looks quite nice at night...
 

 
The GPS install looks bright and also odd in this old cabin, but it's very well done and easy to use.
 

 
Externally there are only again two light switches...  Navigation, red, green and white tail, the other light is a left wing mounted Landing light, that look and is quite effective. There are no strobes or beacon lights on the aircraft...
 

 
Flight notes by Hangar 23 notes "DAY - NIGHT* - VFR...  *Poor visibility and the antiquated aircraft lighting scheme will present additional challenges during night flights". In other words it is not really an aircraft to be flown in the dark...
 
Sounds...  are a bit of a mixed bag. Overall they are excellent, the startup is an aural experience, and so is shutdown, external engine noises are very good right through the range of power outputs, that's the good. The poor is the buzzy interior sounds, that have a sameness of a consistent droning buzz with no fluctuations, even over a short distance I was distracted or even bored with the noise, The Aircruiser maybe really like that in the air, but I didn't really connect with them. The lower power outputs (on the throttle) are however better. Notable is the Aircruiser engine’s 16:11 gear ratio, for the propeller spins slower than the engine, but all readouts and aural sounds are based on the engine and adjustments should be made according to engine state rather than calculated propeller RPM.
 
-v1.1- There was a lot of attention to sounds in the v1.1 update...  there was improved cockpit sound origins and changed FMOD engine sounds (which both will be updated incrementally going forward as improvements happen). The developer was at least very responsive to comments, this area certainly needed more better aural sounds.
 
Time to head back to Shoreham (EGKA). A tricky place to lineup, for the mass of trees around the field. All the runways are hidden from view...
 

 
....   if the system is active on final approach, the autorudder will check if the rudder trim has been appropriately set for the upcoming power reduction. If the trim is not suitably centered, the system will intervene and reset the rudder trim to near center. This may be noted by the clicking of the trim’s chain drive, as well as a mild rolling tendency during finals. Myself I turned the automation off to feel the aircraft on the approach phase, plus a single wind of the rudder trim, to reset it as it was on the takeoff phase. The handling felt normal, as did the approach. If however the autorudder is active, then it will disconnect on landing.
 
Nose up to rub off the speed, as there is no "white flap use zone", I guessed in setting the flaps to below 100 MPH, actually below 90 MPH, and you get a slight lift on each extension...  but the transition now down to 80MPH with now a slight descent into Shoreham it all felt perfect. The flap lever or floor handle is extremely well done. It's both a brake handle and Flap handle in one.
 

 
Over the coastline, and there is still no visual on the runways. Then finally the field is in view.... so I drop, in also trying to miss the treeline.
 

 
...  but I realise I am too high, and becoming too fast in trying to get down to the grass strip. It's still a very good try....  but I have to abort and climb out!
 

 
I will note the throttle inputs. If the Aircruiser is trimmed (correctly, or well). The Throttle control is very, very good, as you can control the height via the power. Full power to climb out was excellent (after that slight delay), but I found the Aircruiser to be quite normal in the approach/landing phase as any other heavy single-engined General Aviation aircraft. However you have to be aware of the weight around you with using the throttle power, and that tendency to yaw right with the huge power increase, but you soon adapt to the characteristics and the personality of the aircraft... fun? yes immensely, also a challenge to get the skills right in this cockpit.
 
I didn't want to lose sight of the field layout, now I had found it. So it was a tight turn around back to the other opposite threshold. But be aware that too tight a bank and the Aircruiser will slip badly and lose height towards the lowered wing, there a sweet spot to find in the bank and before the slip starts to emerge, all this is required to get the best rotation of the aircraft.  
 

 
Lower and slower this time....  and it feels right.
 

 
Then slowly descend, descend "keep it steady" and I touch around 65 MPH, I am not to worried about the speed, as the Aircruiser on grass will dramatically drag itself slower. Toe brakes are still the best tool to stop the aircraft rotating hard right, then left on you, as this happens once the tail goes down, it's tricky, but with practise it works in keeping you straight... 
 

 
I'm down, and arrested before the end of the grass strip...  not bad I say.
 
Liveries
There are six liveries, one Blank (default), and two liveries that are blank white, but one has a metal nose cover, and another has the same metal nose cover & metal tanks. All are nostalgic except the off soft purple Landmark?
 

_____________
Summary
Extremely rare aircraft are always interesting, this Bellanca Aircruiser or Airbus, is one of the rarest as only 23 aircraft were built between 1930 -1938, it is also the famed "The Flying W" and this hardy design was still flying in Canada well into the 1970's.
 
Hangar 23 is a not really a new entrant to the X-Plane Developers affiliation, but a ex-TorqueSim developer. And this unusual rare aircraft is their first project for the newly-named studio and the X-Plane Simulator. The Aircruiser is available as two separate packages for both X-Plane 12 (as shown here) and X-Plane 11.
 
The quality here with the Hangar 23 Bellanca aircraft is very much on show, as it is highly developed and polished. Modeling is absolutely first rate and the detail is highlighted by this experienced and mature developer. As the aircraft is so rare, the detail in the reproduction is simply outstanding, to the point of recreating an era from a long time ago, and with a couple of modern tools thrown in as well, but not to the distraction of the authenticity of the original aircraft. Obviously this is a project of a labour of love, but still delivered with quality and polish.
 
It is old fashioned in design, but the Aircruiser comes with so modern helpers like a "Sparrow" 2-Axis Autopilot, a custom AutoRudder feature, and GNS 530 GPS, and the option for Realistic RXP GNS 530 or GNS 750 GPS units. Tail-Wheel control can be via X-Plane style commands or free-castoring, that makes this aircraft easy for first time Tail-Dragger aircraft learning. Other options include Strain Gauges, Steerable Tailwheel, a fully animated Pilot and Clipboard with a Weights & Balance menu.
 
The Aircruisers unorthodox design does make it a challenge to fly, but I have had far worse and more difficult machines to cope with in the past. The helpers of course help, but once you master that huge powerful force forward, the "Shed" like design is oddly very nice and involving to fly. I usually despise Tail-Draggers, but loved the Aircruiser quite a lot, no, a really lot more. The quality performance and well thought out physics, do bring the totally unique experience alive.
 
Added was a significant update a few weeks after the initial release. This was v1.1, and it included aircraft "Floats", brass markers for the trims, carburettor heat knob and gauge, better sounds and better flight dynamics with improved pitch stability and rudder response. Also added for convenience was the Skunkcrafts Updater.
 
It is certainly a huge credit to the skills of the developer of what they have delivered here, certainly it is a very unique Simulation, but totally authentic as well, Secondly the release also shows off X-Plane 12's excellent dynamics and quality lighting. The Aircruiser 66-75 is very rare, but you can absorb yourself in this 1930's Golden Era of Aviation, and this aircraft is highly relatable to the same machine created over 90 Years ago....  Highly Recommended. 
________________
 

 
The Aircruiser 66-75 v1.1 by Hangar 23 is now available from the X-Plane.OrgStore!... Here:
 
Aircruiser 66-75 Price is US$29.95
 
Requirements
X-Plane 12 and X-Plane 11   (2 separate packages) Windows or Mac   (Linux not supported) 8 GB+ VRAM Recommended Current version: 1.1 (Feb 15th 2024)
Download Size: 1.2 GB (each version)   Aircraft download is 1.18Gb, and unpacked, then installed in your X-Plane Aircraft folder 1.38Gb. Authorization on startup is required   Documents X-Plane Aircruiser Handbook.pdf The provided manual is excellent, a lot of detail, installation, setup and flying tips...  even Limitations and Operations.
  Designed by Hangar 23
Support forum for the Aircruiser 66-75 ________________  Windows  - 12th Gen IS1700 Core i7 12700K 12 Core 3.60 GHz CPU - 64bit -32 Gb single 1067 Mhz DDR4 2133 - PNY GeForce RTX 3080 10GB XLR8 - Samsung 970 EVO+ 2TB SSD
Software:   - Windows 11 Pro - X-Plane 12.09rc5 (This is a Release Candidate review).
Plugins: Traffic Global - JustFlight-Traffic (X-Plane.OrgStore) US$52.99 : Global SFD plugin US$30.00
Scenery or Aircraft
- EGKA - Shoreham - Brighton City Airport by NKdesign (X-Plane.orgStore) US$15.00 ________________  
Update Review by Stephen Dutton
12th March 2024
Copyright©2024: X-Plane Reviews
 
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copy of the content is allowed without consent from the author as per copyright conditions) All Rights Reserved
 

 

Scenery Review: RJBB-Kansai International Airport by Darkblue Scenery
 
By Michael Hayward
 
Introduction
Kansai International Airport serves as the primary gateway to the Greater Osaka Area in Japan. This remarkable airport, inaugurated 30 years ago, is uniquely situated on an island made from reclaimed land, lying 5 km offshore from Honshu. Its near-sea-level elevation of just five meters is particularly noteworthy. In the previous year, it impressively handled close to twenty-eight million passenger movements.

Darkblue Scenery, originating from China, are a modest-sized developer within the X-Plane community. Their portfolio includes a total of five airports, with Kansai being their most recent venture. As newcomers to the scene, they have ambitiously aimed to offer a diverse array of popular, yet distinct airports focused on East Asia for the platform. With an open mind about the possibilities that a new developer might bring to the bustling airports of X-Plane, let's embark on this exploration and see what Darkblue Scenery has in store!

What/Where is Kansai International Airport?
As noted earlier, Kansai International Airport was inaugurated in September 1994, conceived as a solution to the overcrowding at Itami Airport. Surrounded by a densely populated area, Itami had no room for expansion, necessitating a larger hub for the region. The construction of Kansai's man-made island began in 1987, completing in just two years, with terminal and other facilities ready five years thereafter.

Kansai International has received several Skytrax awards, acknowledging its service excellence. These awards include best airport staff in Asia and the world, best baggage reclaim, and recognition for having the longest airport terminal globally, extending 1.1 miles from end to end. Situated in a region prone to natural disasters like earthquakes and typhoons, Japan faced a severe test in 1995. The Great Hanshin Earthquake, with its epicentre only 20km away, resulted in over 6,000 deaths and extensive infrastructure damage. Remarkably, the terminal and island airport withstood the disaster without sustaining damage, a testament to its resilient design.
 

 
Installation
Upon purchasing from the X-Plane.org store, you will receive a download link for the scenery. The download process is swift, resulting in a zip file that encompasses not only the scenery but also an extra file ensuring compatibility with X-Plane 11, which is always nice to see.
The package comes with a concise instruction’s pamphlet available in English, Japanese, and Chinese. This guide details the installation steps and provides specific directions for XP11 users on replacing the Earth nav data to ensure the scenery runs smoothly on the older platform.

Structures and Facilities 
Kansai International Airport is distinguished by its unique location on two artificial islands. The first airport island spans approximately 510 hectares, hosting Terminal 1, while the second airport island, slightly larger, covers approximately 545 hectares and accommodates Terminal 2. Together, these islands combine for a total area of 1,055 hectares (2,600 acres). They are interconnected by a taxiway bridge, facilitating seamless operations between the two terminals. Access from the mainland is streamlined by a 3km bridge that connects to Rinku Town, ensuring straightforward entry and departure for passengers. 
 



 
Terminal 1
Darkblue Scenery has invested considerable effort in accurately rendering Terminal 1 of Kansai International Airport, achieving impressive visual fidelity. This main passenger terminal, a sprawling four-story structure, highlights an innovative airfoil-shaped roof designed to enhance air circulation within. Constructed with steel and extensive glass exteriors, it provides expansive views of the airport's surroundings. The terminal's architecture brilliantly utilizes X-Plane 12's Physically Based Rendering (PBR) technology, capturing the nuanced shifts in daylight and the stunning hues of sunrise and sunset, thus enriching the simulation experience with its detailed and dynamic appearance.
 



 
Terminal 2
In contrast, Terminal 2 features a more utilitarian design, embodying simplicity and cost-effectiveness with its single-story layout. This approach notably forgoes the need for elevators, aligning with the terminal's focus on streamlined operations. While the modelling of Terminal 2 may appear simpler compared to the grandeur of Terminal 1, this distinction reflects the real-life architectural choices, emphasizing functionality and efficiency. Despite its straightforward design, Terminal 2 is a vital component of the airport, serving as a hub for low-cost carriers and enhancing the airport's capacity to accommodate diverse passenger needs.
 



 
The airport layout is thoughtfully designed to accommodate a variety of aircraft sizes, with jet bridges at each gate and larger stands equipped for multiple aircraft doors. This design is a nod to the era when both JAL and ANA operated Boeing 747s for domestic routes and underscores the airport's capacity for handling significant international traffic. 
 
Inside Terminal 1, the modelling is straightforward yet functional, featuring elements like walkways and benches that span the terminal's considerable length. While not the most intricate interior encountered, its design thoughtfully balances visual quality with performance. It provides sufficient detail to appreciate the airport's expansive scale from a broader perspective, without the need for an in-depth exploration.
 


 
Transportation options within the airport are effectively implemented, featuring shuttle trains and buses to facilitate movement between terminals, alongside a city train that extends across the bridge to the mainland. For those who prefer, there's also the option to walk between terminals. Personally, the convenience of the bus or train seems more appealing for navigating the expansive airport grounds.
 


 
The island housing Terminal 1 also accommodates cargo and maintenance facilities, administrative buildings, and offices, highlighting the airport's significant contribution to local cargo trade. These sections are accurately modelled to reflect their real-world counterparts, including an open hangar for aircraft parking. The vast scale of this operational hub within the airport is impressive, subtly reminding you of its unique location five kilometres offshore.
 



 
The intricate network of roads and railways connecting the terminals and mainland is accurately depicted, enhancing the realism with dynamic road traffic. Additionally, the inclusion of a solar farm alongside the southern runway highlights the attention to detail, with each panel oriented for optimal sunlight exposure. The textures employed throughout the scenery are notably high in quality, with 4k resolution enhancing the clarity and legibility of building details and signage.
 

 
Whilst there's room for improvement in the detailing of the terminal roof, the overall design is coherent and thoughtfully applied. Darkblue Scenery has put forth a commendable effort in depicting Kansai International Airport, delivering a rich and engaging experience through carefully created textures and models that span the entirety of the airport's layout.
 

 
Taxiways and Runway 
Kansai International Airport's two runways, 06R/24L and 06L/24R, are thoughtfully integrated into the airport's layout, connected to the terminal buildings through a central pair of main taxiways and further supported by several smaller spurs. This well-designed infrastructure facilitates smooth and efficient movement throughout the airport. 
 


 
The runway ground textures at Kansai International Airport, like those of the terminal, are rendered in 4k resolution, significantly aiding navigation. However, it's important to point out that although the custom runway, taxiway, and general ground textures exhibit this high 4K resolution, the photographic ortho imagery for the wider airport area might not meet the same standard, often appearing somewhat muddy in comparison. Upgrading the ortho imagery to a higher resolution here would help improve the visual quality of the scenery, thereby making the scenery more immersive and engaging. 


 
The use of bump mapping introduces a subtle depth to the concrete surfaces, capturing the effects of years of exposure to water and aviation fluids. This results in a variety of marks and stains on the originally smooth, grey concrete, contributing to a realistic portrayal of wear and tear. This effect not only enhances visual depth but also adds character to the airport environment. Painted surfaces on the ground receive special treatment with a slight sheen, thanks to PBR technology. This is carefully balanced, avoiding an over polished look, and instead mimics the subtle lustre of newly painted surfaces.
 



 
Night Effects
Nighttime at Kansai International Airport highlights the considerable effort Darkblue Scenery has put into their work, with their commitment becoming particularly evident after dusk. The runway lights transform the approach into a vivid guide through the darkness, prominently marking the airport against the ocean's expanse. This design ensures the airport stands out as a beacon on its island, a feature further enhanced by the taxiways' green central lights. These lights provide essential guidance to pilots navigating to their gates, especially useful amidst Japan's often unpredictable weather.
 


 
Each parking stand is effectively illuminated, thanks to strategically placed floodlights near each jetbridge, complemented by ambient light emanating from the terminal buildings. This implementation of X-Plane 12's dynamic lighting enhances the visual appeal significantly, creating a scene that is both visually striking and authentic. The airport's lighting envelopes the infrastructure and pathways to the mainland in a soft orange halogen glow. The careful placement of each light source enhances the visual appeal, creating a nighttime ambiance that's both vibrant and welcoming, even in the absence of bustling crowds.
 


 
 
While the terminal's lighting is both bright and extensive, it doesn't fully shine through the transparent textured glass windows as ideally expected. This shortfall is slightly disappointing, particularly given the careful placement of spotlights within the departure lounge, an effect that regrettably does not project well to an observer from the cockpit. However, an ambient orange glow from the terminal's service vehicle underpass subtly conveys the internal dynamics.
 
Additionally, the use of older lighting techniques, such as baked-on lit textures, is noticeable, particularly in the office windows. This approach, while historically effective, presents a stark contrast to the more dynamic lighting used elsewhere, highlighting a mix of lighting styles within the airport's design. The maintenance facilities continue to contribute to the airport's nighttime allure, with industrial areas enveloped in stark white light. The hangar, bathed in light from roof-mounted spotlights, emphasizes the operational scale and significance of these zones.
 


 
Performance
Performance-wise, Kansai International Airport proved to be impressively smooth, holding up well even when faced with challenging weather scenarios. The only instance of a noticeable decrease in frame rates occurred during night operations, which may have been influenced, in part, by the presence of Traffic Global. 
 


 
Opinion and Closing Remarks
Discovering Darkblue Scenery's work on Kansai International Airport has indeed been an eye-opener. Approaching this review with an open mind, I've been thoroughly impressed by the quality and detail embedded within the scenery. The evident effort and careful planning that has gone into recreating KIX, positions it among the finest Japanese sceneries available for X-Plane 12. 
 
While there are few negatives to highlight, it's worth mentioning that the photographic ortho used, albeit a nice addition, could benefit from a higher resolution to maintain quality upon closer inspection. Additionally, the use of baked lit textures on some major buildings, while functional, does reminisce about earlier days of X-Plane design. These points, hopeful for attention in future updates, are minor when considering the overall excellence of the scenery.
 

 
For flight simmers seeking a detailed and carefully modeled airport without a hefty price tag, Darkblue Scenery's Kansai International Airport, priced at an accessible $16.99, stands out as an excellent choice. This scenery not only showcases the developer's remarkable capability but also ignites anticipation for future creations. With a keen eye on areas ripe for enhancement, I remain genuinely excited to witness the ongoing evolution of their offerings.
 
______________________________________
 

 
RJBB-Kansai International Airport by Darkblue Scenery is available from the Org store here:
 
RJBB-Kansai International Airport
Priced at US$16.99
 
Features:
4K textures. Whole island owned detail modeled buildings which restored from reality. Customized ground markings and taxiway signs. Customized lights. Customized taxiway and runway texture. Interior for some buildings include Terminal 1 and train station. Accurate taxiway and runway according to the newest AIRAC data. Extremely FPS friendly. Requirements:
X-Plane 12 or X-Plane 11
(XP11 has been tested and could run without error, as this scenery is fully designed for XP12, some users may experience few jetways offset in XP11.)
Windows, Mac, or Linux
8 GB VRAM Minimum
Download Size: 810 MB
 
Reviewers System:
Windows 10 Professional
AMD Ryzen 5 3600 Processor
32GB RAM
Palit GeForce RTX™ 3080 GamingPro
 
Scenery Review by Michael Hayward 
29th February 2024
Copyright©2024: X-Plane Reviews 
  
(Disclaimer. All images and text in this review are the work and property of X-PlaneReviews, no sharing or copying of the content is allowed without consent from the author as per copyright conditions) 
 

 

Perfection.
 

WOW!!!! I'm loving it! I can feel close to you Nigel, seated outside near to the harbour, sipping a granita al limone.... 

Through your enchanting scenery Cami, I feel the warmth of this sun-kissed location, like stepping off a flight, taking breath, then, meandering through town, down to the glistening water's edge, across castor sugar sands, and finding that perfect, family run Ristorante, seated outside, with a cool breeze, sipping a life-giving granita, savouring the freshest local cuisine, all while watching the sun set lazily across shimmering tranquil seas.
 
Am I dreaming?
 
Not anymore. Thanks to you Cami, for transporting this Kiwi to distant shores and your stunning atmospheric render, and to you Dom for your beguiling review. I feel like I've just had a holiday. In-fact, now I can, anytime!
 
Now... where's my suitcase?lol
 
Nigel