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  1. News! - Aircraft Update! : Piper Cherokee PA 28 140 Classic/Original by VFlyteAir We at X-PlaneReviews loved the excellent Piper Cherokee PA 28 140 by VFlyteAir (Full review here: Piper Cherokee PA 28 140 Classic/Original by VFlyteAir) and here is the quick follow up v1.2 upgrade and tuning list. Version 1.2 is a minor release that corrects several small bugs NEW FEATURES: - BOTH VERSIONS - Adjusting the radio volume knobs now reduces the volume on the NAV-aids morse code audio as well as the COM radios - ORIGINAL VERSION - The "ON" label on the PAR200 radio is LIT when the MUTE button is pressed - CLASSIC VERSION - You can now turn off the Garmin 430 power using the upper small knob marked "C" - the lower knob marked "V" controls the NAV1 Identification morse code volume BUG FIXES: - BOTH VERSIONS - User's menu settings for sound volumes will be restored when unloading the Cherokee and loading another aircraft - BOTH VERSIONS - The Starter Fuse no longer pops out during engine start - BOTH VERSIONS - The propeller will not turn when the engine starter fuse is pulled and the starter button is pressed - BOTH VERSIONS - The radio volume now properly controls the NAV audio volume - BOTH VERSIONS - The g430 GPS NAV frequencies are now controlled by the g430n1_frequency_xxx datarefs - BOTH VERSIONS - The ignition key receptacle texture was rotating when starter button pushed - now only rotates with magneto setting - BOTH VERSIONS - Roll and pitch rates dampened to provide more realistic flight - BOTH VERSIONS - Fixed the fuel tank indices so that left wing tank is [0] and right wing tank is [1]. This makes fuel tank selection compatible with other plugins. - ORIGINAL VERSION - Radio volume knob once again adjusts the radio squelch noise volume - ORIGINAL VERSION - PAR200 radio LED screen is now unLIT with radio power off - ORIGINAL VERSION - The PAR200 radio volume knob properly controls the radio squelch noise and the nav-aids morse code sounds - CLASSIC VERSION - The STEC55 autopilot now displays ALT and GS properly when intercepting and engaging an ILS Glide Slope Note there is a great deal on purchasing both these outstanding versions of the Piper Cherokee 140. _____________________________________________________________________________________ The Piper Cherokee PA 28 140 Classic/Original by VFlyteAir is NOW available! from the X-Plane.Org Store here : Piper Cherokee PA 28 140 Classic Priced at US$22.95 Piper Cherokee PA 28 140 Original Priced at US$21.95 Both the Classic and Original versions are available for US$34.95 If you have already purchased the PA 28 140 Classic/Original by VFlyteAir then go to your X-Plane.OrgStore account, log in and download the update v1.2 from your account. Requirements: Windows 7+ or MAC OS 10.6(or higher) or Linux. 64bit Operating System X-Plane 10.45+ (any edition) running in 64bit mode 1Gb VRAM Minimum. 2Gb+ VRAM Recommended Version 1.2 (last updated June 16 2016) Stephen Dutton 16th June 2016 Copyright©2016: X-PlaneReviews
  2. Aircraft Review : Piper Cherokee PA 28 140 Classic/Original by VFlyteAir In the early sixties Piper Aircraft needed a competitor to the runaway success of the Cessna 172 Series. The company looked to their current but larger design in the Piper PA-24 Comanche and downsized the aircraft but also took away the retractable landing gear and its constant-speed propeller (These items would be later returned on future versions of the Cherokee). Overall Piper created a smaller, thriftier and cheaper version to bring the aircraft to the demanding market. Certainly 32,000 sales since the launch of the Cherokee in 1961 proves the wise decisions of the time. The original Cherokee was the 150/160 (PA-28-150 and PA-28-160) and the number denotes the horsepower rating. But very quickly into production Piper created the Cherokee 180 (PA-28-180) going higher in the market and then soon wanted even more flexibility in the lower end and the Cherokee 140 was created to fill that gap. The 140 actually has the PA-28-140 engine but was slightly modified shortly after its introduction to produce 150 horsepower (112 kW), but still kept the -140 name. Early versions were only two seaters but this version is the 140 variant called the Cherokee Cruiser 2+2 with four seats. So X-PlaneReviews headed out to Van Nuys, California to check out the latest release from VFlyteAir in their version of the Cherokee 140. There are actually two versions on offer here in the Classic (C) or the Original (O). The Original is VFR (Visual Flight Rules) rated only and the Classic is a IFR (Instrument Rated) aircraft. Externally both aircraft are exactly the same with only the panel and rating as the differences between the aircraft versions. So we will look at the Classic overall and then note the differences with the Original later. Their is a big correlation with VFlyteAir and the Cherokee 140 with the developer actually leasing the aircraft and flying the Cherokee regularly as do all the aircraft (beta) testers for this project. So there is an intimate connection with the design and its transfer to the X-Plane simulator. This is important to this review and this notable connection is certainly valid to the authenticity of the design. Having a donor aircraft available does certainly allow the designer more access to the modeling and dynamics of the design to be translated over to the simulator. No doubt many developers pore over an aircraft with their tape measures and cameras, but having an aircraft you use is like knowing that small scratch on the rear bumper of your car is there and the seat runners stick every time you move the seat, annoying but part of the heart of the machine. So this aircraft release is more than just another project for X-Plane for the team at VFlyteAir, it is their heart as well. First impressions are actually the opposite of the above. Yes the aircraft is minutely well modeled, great and even perfect design work, but... it feels a little bland. Is there anything missing here to make it better? The point is there isn't. So you need to get in closer or more intimate with the aircraft and then you can feel the detailing. If one designer house has created a quality feel over the last few years then none have advanced more that VFlyteAir. Left lower of the screen is the cog for the pop-up menu. Standard it covers removing the wheel covers, opens the right side passenger door, adds or removes the Co-Pilot (and adjusts his weight as well, which is well done), removes the ground elements which is quite odd with the tick on to remove and off to add and feels the wrong way round. Final selection is the choice to use the X-Plane steering or an add on steering (home cockpits). Also on the menu are seven views (four views are displayed below) with six external and one internal which are all very good. Internally your first impression is of that feeling again of the panel being a bit bland, but bear with me. On the surface you look around you and feel the baseness of the aircraft, but then you start to get closer to the aircraft, you look harder at the detailing and sheer depth of what you are feeling here. The deeper you go the more you realise this aircraft is very, very detailed, perfectly detailed and nothing is missing or looked over. Textures are excellent, you can almost feel the weave of the material on the seats that worn rip on the Co-Pilots fabric, the tired worn side panels and old leather inserts. Fuel tank switch is low down on the left panel and the air vents are perfectly recreated, and they rotate as well and does the small air adjuster knob. And this is where you are getting into the real feel of the aircraft because the longer you are in here, and the more you look... then you realise how very well it is all done and put together. The metal heel pans are perfectly damaged and worn with years of use, as are the rudder pedals, and all the intricate assemblies under the panel is perfectly created for authenticity. Roof mounted pitch trim handle is excellent but really hard to use in flight with no way to watch the instruments when adjusting the trim. Lovely worn metal yokes continue the vibe, but I really like the right side yoke in missing the centre plaque with age. Just like your real time used aircraft. Both yokes can be hidden for full panel viewing. First view of the panel felt underwhelming. But again the detailing and experience came out with closer observation and use, the more you use the aircraft and fly this machine then the more you feel a distinct part of it, there is some strange background business going on here. My feeling is that with the intimate use and a closeness to the real Cherokee 140 then this feeling as in no doubt was the total objective of this aircraft, and to transfer that consciousness to the user on that basis. I think VFlyteAir have succeeded in that process. The panel layout is basic in design. This aircraft was created initially for the flying school and weekend flyer markets, so it is not ever going to be a sophisticated machine. Standard six instruments (Airspeed Indicator, Attitude Indicator or Artificial Horizon, Altimeter, Turn Coordinator, Heading Dial and Vertical Speed Indicator are perfectly laid out, with directional CDI (course deviation indicator) for VOR OBS (Nav2) and ILS alignment Dial are all clear and nice to use. Lower panel are the lighting switches and pitot, fuel pump switches. Left side of the panel is quite bare but has the engine monitoring instruments in RPM (large), Gyro suction dial, Clock and voltage meter. Six engine gauges in a block cover left and right fuel tanks, amperage, oil pressure, temperature and fuel pressure. Centre equipment stack is excellent. Standard KMA 28 TSO Audio set is top with the Garmin GNS 430 below. Then you have a Narco MK 12D NAV/COMM (COMM2/VOR 2) that runs the Glideslope dial on the panel. Garmin GTX 327 transponder with built in distance indicator is above the unique S-TEC 55X autopilot. Another unique unit is the King KR86 ADF unit with built in direction pointer, which is amazingly easy to use. So the equipment stack does give you great functionality if you want to cruise somewhere beyond your immediate area and cover some distance. Cherokee 140 Original The VFR original version and panel is very different from the Classic version, It is the layout and replica of the donor aircraft N3466K. The Standard six instruments are all there but are laid out in very different places than the usual central grouping cluster. Top left is the Airspeed Indicator, with Heading Dial and Attitude Indicator or Artificial Horizon, The Altimeter is left under the Airspeed dial, Turn Coordinator is below that and the and Vertical Speed Indicator is far left... A compass left and a clock centre fills up the spaces. A large VOR OBS CDI (course deviation indicator) covers the instruments on the pilot's side. The Co-Pilot's facia is more the same as the Classic version with the RPM (large), Gyro suction dial and those six block gauges. The hobbs meter is the odd instrument. Central equipment stack in the original is basic. There is an interesting PS Engineering PAR200 Audio Panel top that looks like it was future fitted. It has a built in COMM 1 function. There is a "Bluetooth" function on the real PAR200 and this is simulated by an audio file that is already inserted or your own choice of music... Then below is a classic TKM MX300 Com panel with Comm 2 and VOR 1 frequency adjustment that is slaved for use with the OBS (usually VOR 2). You have finally on the bottom a lovely RC RT-359A 300 XPDR Aircraft Transponder, really old and authentic. All radio equipment looks great and aged and are all highly realistic. Two clever features on the Original version include first is that you can set your own text on a placard for either local Radio frequencies or vRef speeds on the lower panel (just make a .png image to replace). Second is the feature to put "INOP" stickers over instruments to allow training pilots to practice skills with “Partial Panel” flight . There is a trick you can do the Original aircraft as well. Real-world pilots of the Cherokee 140 jam a small object under the flaps lever during cruise flight? Why would they do this? Well -- this way the flaps deploy by about 1°. To compensate for the small extra lift generated by the flaps, the pilots trim down the aircraft a bit, and this results in a slightly increased cruise speed (2 to 4 knots). You can do the same as the aircraft offers you a pilot's log book in the cockpit which you can click to put it under the lever. Then trim down a bit and you are a little bit faster without touching the throttle. Just don't tell the NTSB. N3466K The donor aircraft is a Texan registered Cherokee 140 N3466K, built in 1963 and still flying and working as hard today as then. Based in Bulverde Airpark, (1T8) San Antonio Texas with a build serial number of 28-209040, and is powered by a Lycoming O-320-E2E engine with 150hp. The full history of N3466K is in the manual. Flying the Cherokee 140 Classic Smaller detailing is really good, note the worn fixed-pitch two-blade propeller. Power is a switch and the turn the key to start. Fuel pump on and a few pumps of the primer far left and press the starter... You will need to give the aircraft a little throttle to start then when it catches let it settle down to a rhythm before returning the throttle to the idle position. Starting from hot or cold is different as with the real aircraft and age, which is very authentic and it works and feels really clever, and thankfully not as mindnumbingly annoying as starting with the REP packs by SimCoders. Starting and running sounds are first rate, They are custom sourced from the donor aircraft N3466K and are perfectly captured internally and externally. Open the side window for the full 3d sonic experience, and I like great detailing like this to enjoy the moment. As mentioned adjust the air-vents for your best cooling effect (or a small fan on the desk!). Externally with the engine vibrating the exhaust, ailerons, rudder, and start key will move as well until you smooth out the engine with a bit more power... A push of power and undo the brakes and your moving. The 140 is great under taxiing with good steering and just the right place of power to keep up the right ground speed, no hunting the throttle is one moment going too fast then too slow, you can find that sweet spot but a little more rev in the turns helps the pace. The above window blind does intrude into the view a little, but you soon find that relaxing place to feel comfortable in the aircraft. Laminar Research have created a tutorial to create custom 3-D Effect Propeller Disc effects and this feature has been used to a great advantage here. Both from a forward view (look closely between each of the above images) and the added dimensional depth to the spinning propeller from the side. It really is very realistic as you add or decrease the power as the propeller shimmies with the forces of rotation. These same effects are also used on the wheels, that show blurred tyres at speed. Clearance acknowledged and you are ready to go. Speed set to 2500 rpm and into the green zone and let the 140 build to 95 knts then rotate smoothly. It is very apparent from the moment you lift off the runway that the aircraft has sublime flying qualities. One of the primary objectives of this project was to not only to replicate the performance and flying characteristics of the Cherokee 140, but to really get them almost perfect. One reason was personal for the developers themselves so they could fly the 140 without the real world costs involved, the benefits are that you get the same highly refined flight model to use. 500fpm is a nice rate of climb (631fpm is the max) and the aircraft feels so balanced and controlled via the yoke. Your confidence soars as you know the aircraft is so good under you, this is certainly a great handling machine and the perfect trainer. Inputs are small but responsive, roll is nice and curved climbing runway departures are nice and smooth and in this case a back turn and track over Van Nuys... smooth. There is a two way exactly replicated as the original switch (Off - Servos) to activate the S-TEC 55X autopilot and it comes in with a bit of a thud. Setting the V/S (vertical Speed) is easy, just a + or -, and I used 0 for level flight (No manual at this point so I am guessing that is how it is used) but that works fine. Adjusting the heading takes a little practice, it is smooth or slow smooth, but the trick is not to use the manipulator to scroll right across the panel, but to start moving the heading pointer but then hold down the mouse button and the heading will still keep moving in the direction you require. Awkward at first, but when you get the hang of it and it is suddenly very good and easy... There is also a CWS (Control Wheel Steering) manipulator on the right-side knob. You can click and hold the CWS manipulator and over-ride the autopilot servos, which allows you use the yoke to reposition the aircraft's heading and/or altitude. When released, the autopilot will capture and then hold the new heading and pitch. You will need to set up a keyboard sim/autopilot/control_wheel_steer command to use this function. Cruise sounds are excellent and not at all without that constant drone which many are lately and are boring. Top Speed is noted at 130knts and a cruise speed of 112-115knts which is sloooow, and if you are heading to Las Vegas then a packed lunch is a great idea. Range is 455nm with a fuel capacity of 36gal. Frameweight is good. I flew all around Los Angeles with huge autogen switched on and the frame-rate stayed above the mid-twenties, so in normal scenery you would be above average. Underside detailing is very good. Closeup on the gear and you can smell the grease and feel the worn aged brake piping, great hub and strut construction and all units are perfectly realised. Wing detailing is also spot on. The aircraft has tuned modified NACA 64(216)-415 laminar flow airfoils for perfect performance and airflow, and you feel the lift and control as you find the runway. I was very confident in finding the right rate of turn and the perfect bank into Van Nuys Runway 16R . Feel through the controls is just sooo good, you are as one with the machine and enjoying the intimate small control movement. Flaps are four position in "Up - 1/3 - 2/3 - DN" and highly effective, get the approach speed right and there is only a very, very slight lift as they extend... smooth. Still so much control and you can easily set up the slight bank approach with ease. Approach speed was 90knts, but that is too high, and on my second landing I revised it down to 80knts and that felt far better. You wind off the altitude with ease and throttle to control the descent to that lovely slight flare landing that makes you smile for a day after. But watch the brakes. Throttle at idle and the 140 still takes time to rub off the excess speed, it runs and runs, and you are very tempted to touch those brake pads, but don't until you are right down in speed unless you want to end up in the scenery. You think the Cherokee is never going to slow down, it does but not with giving you a little moment there. Transition from the runway back to taxi is very good, as noted the aircraft is very good on the ground as well. Nighlighting There is a large overhead light that can switched on or off (no adjustment) and the instruments have weak but authentic back lighting. There is a panel light adjustment and it is very good, from bright to dark. On the Original version it is as much the same, but the tone of the darker panel adjusts the mood of the aircraft to something completely different than the Classic grey version. I like the older worn lighting of the TKM MX300 Com panel as it just faintly glows in the dark. External lighting is good on both versions. Single landing light in the nose and a huge red beacon on the top of the tail. All lights are “parameterized” (spill lights, directional lights and spot lights) to provide more reality including the beacon with a custom flash sequence. The interior looks good from the external view when it is fully lit. Effects Great ice and rain effects when the weather gets cold and snowy. The view is well done, but there is no running up the window droplets animation and they just pop out of view and then pop back in again on landing. Liveries There are six liveries in the Classic package and all are nicely spread around for the various countries and all have very different flight themes from the business like to the outright garlish. VFlyteAir's livery is the default. All are 4K HD and high quality. The Original version comes with seven sets of liveries including a white blank and the N3466K livery as default. Classic Liveries Original Liveries Summary If your were looking through a catalogue and came across the VFlyteAir Piper Cherokee 140, and then loaded it in with the straight external or panel view you would probably quickly pass on to something else. That would be a grave mistake... I think it is that bland grey instrument panel that gives the aircraft a blank first look, certainly the Original version panel is more interesting. Once you get past that you start to understand that this aircraft is much more far interesting than it looks on the surface. In fact it reveals itself the more and more you experience depths of its character, and the more you go down the deeper levels of its intricate design and features. And that makes the Cherokee 140 a very interesting machine. Detailing externally and internally is extremely good once you really look closely at the design work, everything works in vents to lights to every switch and button... so much depth in design. A big feature list from vibrating and shaking items, propeller effects, customised start-up are almost mostly hidden but still also very clever and functional to add in on to the overall experience of using and flying the aircraft. Sounds are custom from the donor aircraft and very authentic and put all these ideas together and the aircraft comes really alive. There are also great training tools for learners as well. The flight model is extremely good, and a perfect tool for training and learning how to fly an aircraft well. So for new pilots wanting to get their wings this would be the perfect aircraft in which to start that journey. The choice between the VFR Original or the IFR Classic is really to taste and use. I like the functionality of the Garmin gps, autopilot and VOR direction instruments but find the grey panel bland. The Original has a great panel and is a good manual flying aircraft with those great authentic radio items and there are a few more added special features not on the classic, so it is a really hard choice. As I do fly a lot of VOR to VOR routes then the classic would be my pick, but I am really in love with the idea of just one example of a real world aircraft. I hear a glass instrument version may come later as well. So you start in one place and later find yourself putting this aircraft into the great list of X-Plane aircraft to use and fly everyday. It is not a flashy aircraft and it is slow, but it does have a huge amount of flash when you use and fly it regularly because it is so very authentic to the original donor aircraft, so for many users here it will quickly become a serious favorite to fly, practice or train on... in other words it is extremely good, if not a great general aviation aircraft. _____________________________________________________________________________________ The Piper Cherokee PA 28 140 Classic/Original by VFlyteAir is NOW available! from the X-Plane.Org Store here : Piper Cherokee PA 28 140 Classic Priced at US$22.95 Piper Cherokee PA 28 140 Original Priced at US$21.95 Both the Classic and Original versions are available for US$34.95 Requirements: Windows 7+ or MAC OS 10.6(or higher) or Linux. 64bit Operating System X-Plane 10.45+ (any edition) running in 64bit mode 1Gb VRAM Minimum. 2Gb+ VRAM Recommended Version 1 (last updated May 12 2016) Classic Features: Avionics KMA 24 audio panel with selectable COM1/COM2 transmission, and ILS markers X-Plane default g430 GPS NARCO MK12D COM2/NAV2 radio with simulated squelch defeat Garmin GTX 327 transponder with plug-in controlled functions including Pressure Altitude, automatic Flight Timer, Count Up Timer, and Count Down Timer King/Bendix ADF receiver with on-board directional indicator (2) Omni-Bearing Selectors (OBS) slaved to NAV1 and NAV2 radios, both with localizer and glideslope indicator needles Magnetic Compass Directional Gyro Compass Vertical Velocity Indicator (VVI) Altimeter/Barometer Airspeed Indicator with True Airspeed indicator Clock with Elapsed Timer Hour and Minutes hands and Time-of-Day adjustment feature Artificial Horizon Tachometer with Tach Hours Meter Engine Gauges (Left Fuel Qty, Right Fuel Qty, Ammeter, Oil Pressure, Fuel Pressure, Oil Temperature, Suction, and Volt Meter) Custom Engine Startup Procedures It was our goal to make the Cherokee 140 as real as we could within the limits of X-Plane. Therefore, we created a special plug-in controller engine startup procedure that we think adds greatly to the realism of the model. When is the last time you jumped into an older-model airplane on a cold day, and the engine started immediately? Let’s face it, most older airplanes are a bit hard to start, especially when the weather is cold. We’ve modeled the 140 so that when the engine oil temperature is cold, the engine is harder to start. Conversely, if the engine is already hot or warm, it will be much easier to start. When you first load the Cherokee 140, the ignition key will be located on top of the glareshield. You must click on the ignition key to place it into the ignition. The engine will not start without the magnetos being ON. You must open the throttle by at least ¼” before the engine will start. Mixture should be full rich before starting. If the engine is quite cold, it may take two tries on the starter to get the engine started. Custom Prop Disc Using the X-Plane Custom Prop Disc features along with plug-in programming, the Cherokee 140 has a 3D-effect spinning prop disc XChecklist-compatible checklists included We have included a “clist.txt” file that is compatible with Michal and Bill’s excellent XChecklist plugin available from X-Plane.org at this link Original Features: Avionics PS Engineering PAR200 combination audio panel/COM1 radio w simulated “Bluetooth” music feature and 8.33Khz tuning TKM MX300 COM2/NAV1 radio (25 Khz tuning) ARC RT-359A transponder Omni-Bearing Selector (OBS) slaved to NAV1 radio with localizer and glideslope indicator needles Magnetic Compass Directional Gyro Compass Vertical Velocity Indicator (VVI) Altimeter/Barometer Airspeed Indicator with True Airspeed indicator Clock with Elapsed Timer Hour and Minutes hands and Time-of-Day adjustment feature Artificial Horizon Tachometer with Tach Hours Meter Hobbs Meter Engine Gauges (Left Fuel Qty, Right Fuel Qty, Ammeter, Oil Pressure, Fuel Pressure, Oil Temperature, Suction) Installation and documents: Download for the Classic is 731.60meg and the unzipped file deposited in the "General Aviation" X-Plane folder at 731.60mb. Download for the Original is 314.10meg and the unzipped file deposited in the "General Aviation" X-Plane folder at 314.10mb. Documentation: ____________________________________________________________________________________ Review by Stephen Dutton 14th May 2016 Copyright©2016: X-PlaneReviews Review System Specifications: Computer System: Windows - Intel Core i7 6700K CPU 4.00GHz / 64bit - 8 Gb single 1067 Mhz DDR4 2133 - GeForce GTX 980/SSE2 - Samsung Evo 512gb SSD Software: - Windows 10 - X-Plane 10 Global ver 10.45 Addons: Saitek x52 Pro system Joystick and Throttle : Sound - Bose Soundlink Mini - small fan for cockpit air. Scenery or Aircraft KVNY - Van Nuys Airport 1.2 by kris28 (X-Plane.Org) - Free
  3. Aircraft Review - Cirrus SR20-G1000 by vFlyteAir Would you fly right around the world in a small 200 hp (149 kW) engined aircraft? Well it can be done, and to be the youngest pilot at 19 years old to do so. Ryan Campbell an Australian did that record breaking attempt in an Cirrus SR22 in September 2013 called "Teen World Flight" (at the time, since beaten by Matt Guthmiller who is only 10 days younger). It took 10 weeks and flying 24,000 nautical miles to complete that journey, it is certainly long way to be cooped up alone in a small cockpit, but it also shows you can fly anywhere if you want to, but if you do get the urge then you would want to try then to keep clear Indonesian airspace... It was a great read of Ryan's book of his world navigation attempt (Born To Fly) and it gives you some background on long distance GA flying, It can be done, but don't kid yourself, it is still highly dangerous even today in our world of GPS flying as the weather is one variable we can never control. But the aircraft was fascinating as well, The Cirrus is a Continental IO-360-ES piston-engined, four-or-five-seat, composite monoplane built by Cirrus Aircraft from Duluth, Minnesota. With a composite airframe. Even though the first flight was in The SR20 was first flown on 21 March 1995 and FAA certification was achieved on 23 October 1998. At the time of the airplane's release, the general aviation industry was badly struggling, and the SR20 was only the first of its kind to earn FAA Part 23 certification in several years. As of June 2015, more than 6,000 Cirrus aircraft had been delivered and for a GA in this era that can be counted as an success story. There are a few reasons for its success, first are the operating costs which are reasonable, a base cost of US$359,900 helps as well, but it is the famous "Cirrus Airframe Parachute System" that can lower your aircraft to the ground that is safety system that has earned the aircraft its plaudits. Feeling the engine go then reduce your speed and pop the parachute and you may live to see another day. It is as clever as the airbags in your car, never needed until you need them. For the record the system has been used 53 times carrying 107 survivors to date. Another Cirrus feature is the Cirrus Perspective avionics suite (by Garmin) with dual 10-inch (250 mm) or 12-inch (300 mm) screens: one primary flight display (PFD) and one multi-function display (MFD). That makes this aircraft a great tourer and excellent for cross country/state flying or if you wish, fly round the world. Performance - Cruise speed: 155 knots (288 km/h) 178.4 mph - Stall speed: 56 knots flaps down (104 km/h) 64 mph - Range: 625 nautical miles (1454 km) 719 miles - Service ceiling: 17,500 ft (5334 m) - Rate of climb: 828 ft/min (4.2 m/s) - Wing loading: 21.0 lb/ft² (101 kg/m²) - Power/mass: 15.25 lb/hp (0.108 kW/kg) vFlyteAir Cirrus SR20 with the G-1000 avionics suite So I was very interested to see what the Cirrus would be like to fly after reading the book. To put myself in Ryan's position and feel that certain aircraft, it a great ride as we shall see but I have no current plans to round the world in it. The design of the Cirrus is a typical composite shape of a low frontal area, bulbous cabin and tapered tail, as per course the aircraft is made up of as few external components as possible with the only extra panels needed for external access to service items. The wings are a lighter wing of greater area than the original SR20, and incorporate a carbon-fiber spar for strength. As a design I like the profile and the vFlyteAir has done the aircraft proud with a seriously quality aircraft with great detailing. Composite aircraft can look bland compared to classic 1960's designs, but that is not the case here. it is excellent. A sprocket located on the lower left of your screen is the "Menu" tab. As menu's go it is quite light in features, but there is a lot to use on there, so you are not wanting. Three selections open doors in the Pilot Door, Passenger Door and side Cargo door. the lovely gull wing style doors are excellent in animation and look, you can open them from the inside as well. The behind the rear seats baggage compartment has a few nice bags in there. You can add a Passenger/Co-Pilot to the right seat and the aircraft's weight will adjust to the extra person for 70 kgs (175 lbs), the other pilot is not removable even when you close down the aircraft, which I always find odd... sitting there in the complete darkness. Final menu feature is wheel chocks and pitot covers and tags. There are no "Views" menu so you will have to use the default X-Plane version. The cabin design, quality is excellent, extremely good. All surfaces have great realistic textures that would want you to run your fingers along. Molded side and roof fittings are very real, highly realistic... so you a really lovely cabin with all the fittings. The focus on this aircraft is certainly going to be the G1000 Garmin Avionics suite as it is front and centre, and it does not disappoint. But the panel instrumentation and switch gear is sublime and very well represented. The layout is quite different from most panels as the G1000 screens are angled toward the main pilot and so is all the switchgear, the co-pilot if he is wanting to fly has only the single-column yoke (stick?) and rudder pedals, and all the instrumentation is on the left hand side, making it hard to fly and certainly on approaches. But I love the layout, it is a beautiful place to be. Incredible detail, highlights are the air-vents. Keystart is on the far left of the panel and Fan, Cool/Heat dials on the right. The centre raised panel is sheer craftmanship in detail. It hold three areas of switchgear and radio selections. The top section is the main programming area for the G1000 system in flightplanning, and HDG (Heading), CRS (Course) and ALT SEL (Altitude Selection) knobs. Middle section is the built in "Autopilot" and the lower section is the Garmin GMA 350 radio set. lower on the panel is the Oxygen selection and Flap selection in "up", "50%" and "100%" flap. Left of the centre panel in front of the pilot are lower three standby dial instruments in "Airspeed", "Artificial Horizon" and "Altitude". Above on a shelf are the main rocker switchgear for (L to R) Battery/power (Bat 1 & 2 - Alt 1 & 2 and Avionics), Exterior lighting (Nav - Strobe - Land and Ice), Pitot Heat, Ice Protection (On -Hign) , a MAX Ice setting, Pump and Wind shield heating. Two knobs on the far adjust the panel and interior lighting. You have to love the design of the single-column yoke, it is very well done with moving innards inside the panel. Most of the pop-fuses work, but not all of them. But still very well featured. Centre pedestal has a few items. There is a fuel pump three way switch for "Prime", "Normal" and "Boost" and the twin fuel tank gauge is set out below in "28 USGallons". The fuel tank switch is a red pointer below, with left - right tanks and push for off, and you have to watch the gauges through the flight and keep switching the tanks over to use the fuel up evenly. The throttle lever is lovely, in look and feel. The "Single Lever Throttle Control” automatically adjusts the propeller speed through the use of the throttle lever. There is no separately-controlled propeller lever on the aircraft. To the right is the red knobbed "Mixture" lever with "Rich" to "Lean" adjustment. Garmin G1000 Garmin G1000 avionics suites seem to be popping up everywhere today for X-Plane. This version is certainly very good, but not a completely Garmin system but a variation in the aircraft and noted as a "Perspective system", but close. basically it keeps the X-Plane MAP system in place, which unlike the Carenado 182 G1000 system it simulates which map as well. The X-Plane flightplan system is there as well, which saves time in saving and loading flightplans (fms). You press the "Avionic" rocker switch to power up the system, you first get splash info screens and then they come to life. Primary Flight Display (PFD) There is a huge amount of information on the main Primary Flight Display (PFD), you could note it as confusing at first glance. The G1000 PFD is dominated by the huge artificial horizon that covers the whole display. Built in pitch, Rate of Roll (very nice with built in indicators called "Trend Vectors"), speed and altitude tapes (built in Vertical Speed - or +) and lower Heading, with built in CRS (course) and selectable ADF, Nav 1 & 2 needles. The Course selector is also your Nav 1, Nav 2 and GPS selection and built in CDI (course deviation indicator) for runway ILS alignment. Most items on the screen are accessed by the buttons on the lower panel (Softkeys) that change to the selection required. It can get confusing with the amount of settings and items you can access. Items covered include in "Inset Windows" Map (A smaller version of the main map on the right display), ADF Frequency, Timer/Vr speed References, Nearest Airports, Flightplan and the ADF, NAV 1 and NAV2 settings are displayed on the bottom and left - right of the heading rose, all are switchable to the needles you require. Top of the PFD is an information strip that covers "Engine Power%", Autopilot status, Prev and Current waypoints when the flightplan is activated, Distance to the next waypoint, Est time to next waypoint, COMM 1&2 Frequencies. On the Altitude tape is also top; Altimeter and VVI and bottom Baro pressure. Lower screen information strips covers Outside Air Temperature, Transponder/XPDR, Clock. If you are familiar with the default X-Plane GNS 430/530 GPS system then the knobs and buttons down the right of the display will be a no brainer. Comm 1&2 selector, CRS/Baro adjustment, Map range, (buttons) Direct-to, FPL (flightplan), Clear and Enter (ENT). PFD/FMS inner/outer is at the bottom. If you press the red "Display Backup" button between the displays, it will aggregate the two displays in one left screen. This is called the "reversionary mode" It includes the engine information section (EIS) and activation softkey, the inset map is moved to the right side, the indicators for ground speed (GS) and outside air temperature (OAT) are moved below the speedtape and the “Power” section on the upper bar is replaced by the NAV1/2 frequencies from the MFD upper bar. Multi Function Display (MFD) There are two main modes for display on the right hand Multi Function Display (MFD), in ENG (Engine) and MAP modes. Engine Mode The ENG (Engine) selection is quite comprehensive, it looks absolutely brilliant as well. There are two modes here as with the "DCLTR" softkey allowing you to "declutter" the display by removing a lot of the digital linage. The EIS here is comprehensive, there are two modes for the EIS, the full page mode (above), and the side tab version. Engine parameters covered are "Engine Power%", "Engine RPM", "Man In HG" (Manifold Pressure), "FFlow" (Fuel Flow), "Oil" Pressure and Temp. "Engine Temperatures" are covered in CHT ºF and EGT ºF. Anti-Ice Amount (in GAL) and Oxygen Pressure. Electrical output section covers both Current (A) and Bus Volts (V). The Fuel section displays "Fuel Qty" (in GAL) for both tanks, and fuel calculation data in "Used" - "Rem" (remaining), "Time Rem" and "Range" on the remaining amount of fuel in both tanks. I found the fuel data really helpful in planning and in flight on managing your range and fuel tank selection. Map Mode In MAP mode the EIS moves to its left side tab to give you your main engine and fuel parameters. The rest of the display is the standard X-Plane moving map. A side note that in this display mode you can also activate the inner "Trims" display for Flaps, ELEV and RUDDER Trim. Nice visual pointers are the two large Nav1 & Nav2 arrows on the large rose, which are great for easy directional heading selection. Other display options include, charts (you can insert 20 of your own .png charts in the “Cockpit_3D/generic/Rotary/User” folder) and a comprehensive checklist. G1000 Flightplanning. This Cirrus G1000 system setup is one of the best for creating and entering flightplans. Ease of use is converted to speed in entering the data via buttons, and the flightplan is also saved as a standard .fms file and so can be used in other aircraft or you can insert an already completed flightplan. Pressing the "FFP" key on the centre console (also a softkey on the display), will bring up the flightplan screen on the right hand side of the MAP display. To start to create a new flightplan then press the centre of the "FMS Knob" in the centre of the top part of the main programming panel. This will give you the standard half-moon manipulators in large and small and also note your current GPS position on the display. The large manipulators are used to move down or up a line of your flightplan (segments), the same as your standard GNS GPS. The smaller higher manipulators will open another window to insert the Nav-Aid/Fix (these smaller manipulators have a different action than on the standard GNS GPS). This input is done via the alphabet/numeric keyboard. You have to select an input of ARPT (Airport), FIX, NDB and VOR to tell the flightplan which nav-aid you want to search for, you can do this before or after you input the nav-aid code. ARPT is default. If you make a mistake you can use the BKSP (backspace) to go back one digit, which is a real timesaver over the default GNS GPS in which you have to start again from the first digit. CLR will clear the Nav-Aid/Fix. When done just press ENT (Enter) to enter your Nav-Aid/Fix. Distances can be shown either leg by leg or by cumulative; use the “LEG-LEG” and “CUM” softkeys for changing this option. If the current waypoint has an altitude constraint, the constraint is also shown in the “CURRENT VNV PROFILE” section below the flight plan. Use the small manipulators to go back into the entered waypoint to set the Altitude that is changed by pressing the ENT button and then the curser moves to the VNV box and then you can input the altitude via the numeric keyboard, then press ENT again to enter the Nav-Aid/Fix/Altitude. Sometimes I found you have to go back up a segment with the larger manipulators to re-input the altitude? (but I think it is bug?) You then use the large manipulators to move down or up a line of your flightplan to input or to correct a Nav-Aid/Fix. The flightplan does not scroll up or down, so to see more of the flightplan you have to go to a new page and follow on from the bottom of the last page. Repress the "FMS Knob" to exit. Save the completed flightplan in a clever way as a standard .fms file by clicking on the lower SD card on the side of the display, to load a flightplan then press the upper SD card. It takes longer to explain this flightplan system than to use it. If you have your list of Nav-Aid/Fixes handy, then it takes no time to input the waypoints and quickly create a flightplan. The button input system is a real timesaver compared to the small manipulator input on the X-Plane default GNS/GPS, you will load this aircraft just to create flightplans quickly and then save them... Flying the Cirrus SR20 First thing you notice sitting in the pilot or front passenger seat is the blinds on the roof reduce your visual view forward. Not that bad but they do infringe down into the windscreen view, revolving them up the other way does help (a little). The one thing that you like about the Cirrus is that it is not a complicated aircraft, it is easy to do anything. Mixture up and select a fuel tank from the left or right tanks, boost fuel switch on, lighting on, and turn the key and the Continental IO-360-ES bursts into life. If the front view is slightly restricted by the high glareshield and the low blind then the side view is not, so that helps with turning and taxiing the aircraft. I like the sounds of the Cirrus. Sounds are custom, and they really give a great feel to the aircraft, smooth and not overbearing, so you can travel for a distance and you do not get that whining sound in your head that is tiring. The aircraft is nice to taxi, easy to trek out to a faraway runway. Your vSpeeds are right in front of you, setting you up for the right rotate speed. Yes there is a slight left pull when the power goes on, but that is easily corrected. The aircraft has plenty of power but requires a little longer run than you usually require to get to the Vr 83knt speed. The lower speed zone is marked on the PFD, and so are the vSpeeds, it really can't get easier than that, only a slight pitch is required to go flying. The aircraft does have a tendency to be very tight around the centre of gravity, so you can find yourself easily slightly banked either way, and you have show a lot of balance to keep the aircraft level, but that is not saying the aircraft is nervy, but it is quite the opposite in being a really nice aircraft to fly... you soon feel very comfortable in the design. There is no searching for the Autopilot controls which are grouped on the centre console, so activation and setting the heading is a another easy task, I also like the close by knobs for adjusting the HDG (Heading), CRS (Course) and ALT SEL (Altitude Selection) which saves so much time in quick adjustments because you don't have to travel all over the panel to do each. GPS selection on the CDI softkey, and NAV on the autopilot panel and your flightplan is locked in. You cruise just above the 150knts mark (153knts) and no doubt this is a nice cruiser of an aircraft. Engine performance is visually excellent and as noted the fuel outputs are great for flight management. Flying eastwards along the Hawaiian chain, you feel very confident... fly around the world?, yes you could. Yes there is a lot information on the PFD, but you can choose to declutter the the screen and fly on the basics. For myself, I like all the navigation aids working to my advantage, so the ADF and VOR2 needles give me my aim to the airport on PHOG - Kahului Airport, but to get there I have to do a sharp left turn and fly right down a valley right across the island of Maui. Selecting the altitude and adjusting my vertical speed to reach the correct point of approach to runway 02. A note the V/S adjustment arrows don't appear until you select the V/S button. The power output is also a great tool to select just the right amount of power for any climb, but more useful on descending. Two stage flaps ("50%" and "100%") are just right with nice drag to control your speed without making you climb when deployed, but you still have get the power right to keep the speed liner . Again the aircraft is nice in the final approach but watch the roll and keep it level. Touching down means getting your speed as low as you must. Stall speed is 56 knots, but you have to find anything around just over 60knt so you don't bounce on the runway, the Cirrus will easily skip and bounce if you are not aware of it. Run off the speed and your there. Cirrus Airframe Parachute System The safety parachute system is built into the roof just above the pilots and front seat passengers position. Push the panel to deploy the parachute... But make sure your airspeed is as low as possible, and if not it will... act like a parachute and drag the aircraft almost vertical on its tail. And if you think the aircraft is going to do a slight touch soft landing... then it isn't, it is a crash, so make sure your insurance is still paid up! Aircraft lighting vFlyteAir have modeled the lighting on the Cirrus using X-Plane's parameterized lighting. But externally its horrible. You get large blobs of light at a small distance and it varies from tight to huge at different angles, at night flying it looks like you have a flashing UFO on each wing. In the daytime it is not much better. Really close up it is not too bad and the spread from the landing lights is good, but otherwise I fly with as much external lighting off as I can. Internally in the cabin it is thankfully much better. One adjustment knob sets the instrument brightness although the standby instruments could be a little brighter, and the other knob adjusts a nice red glow. There also two switchable spot lights on the forward roof, the buttons are hard to see as the blinds cover them up, but they are are very effective. There are two more lights middle roof, again very good but the rear seats are in darkness? A slight change of the middle spot light throw rearwards would have done the trick and lit the rear as the front spots cover the front area well. Liveries. There is default vFlyteAir livery and nine authentic liveries based around a single theme, with only one (G-CIRU) a single red upper body colour. All liveries are 4K quality and as noted authentic of real aircraft as Cirrus has a special painting system that covers the painted aircraft for the best slipstream flow efficiency. Summary First impressions always count, some aircraft can deceive in that they can take time to show their excellence, but others have an instant effect and you love them immensely immediately. This vFlyteAir Cirrus SR20 fell easily into the latter category. The quality immediately hits you and you love it, and the cabin and that panel is simply overwhelmingly good. Beautiful textures abound, it is a very, very nice place to fly. The aircraft is nice fly as well, I was completely and easily at home very quickly and enjoying the performance and handling, all round here the Cirrus is a great aircraft. The Garmin G1000 is of course debatable. The purists will note that although 90% of the system is a great G1000 system, there is still that 10% of X-Plane map and flightplan background that is still in there. Without doubt the benefits certainly totally outweigh the negatives, but simulation is about authenticity, in replicating the real world systems. One huge bonus is that this system with the keyboard input is one of the best and certainly fastest way to create GNS GPS flightplans, overall the system is very good. For the quality and features this is a great price for this aircraft at well under US$30, so a great investment. Negatives and only the external lighting spoils what is an exceptional aircraft, otherwise I loved it immensely, a really nice aircraft to fly, be in and enjoy one of the best four seater propeller cruisers in X-Plane... would I fly the Cirrus around the world like Ryan Campbell in this aircraft, certainly that is possible with this avionics suite, and there would be very much worse ways to break flying records... Overall a really nice aircraft. The Cirrus SR20-G1000 by vFlyteAir is available from the New X-Plane.Org Store here : Cirrus SR20 G1000 And is priced at only US$27.95 _____________________________________________________________________________________ Features Flight Display (PFD) Artificial Horizon with high-resolution attitude indicator, flight director and roll scaleSpeedtape with custom display of reference speedsAltitude tape with custom vertical velocity indicator and minimums displayEnhanced HSI with turn indicator and three fully configurable bearing pointers for GPS, NAV1, NAV2 and ADFSwitchable inset windows for timer/references, minimums, wind, ADF, map, nearest airports, and flight planCirrus-style top bar with power setting, frequencies and detailed GPS & autopilot informationOn the Multi Function Display (MFD) Engine information system with switchable trim statusDetailed system page with engine parameters, declutter mode, used fuel, remaining fuel, remaining range, remaining time, anti-ice & oxygen gauges, density altitude, temperatures, ISA deviationCustom user interface for creating and editing flight plans (accessing X-Planes navdata and default FMC)“Nearest” page for airports, navaids and related frequenciesCirrus-style top bar with destination window, frequencies and GPS informationX-Plane default map with weather radar and traffic warnings with custom iconsInteractive checklists and user-definable chartsSystem-wide specifics: X-Plane autopilot with ROL, HDG, NAV, APPR, ALT, V/S, IAS modes and detailed status informationCustom calculations for ground speed, true airspeed, fuel & ranges, bearings and distancesReversionary mode with engine information system and system summary (reacts on fuse & MFD failure)Hypoxia is simulated at above 12,500’ cabin altitude. The screen will begin to dim if you are flying above 12,500’ MSL. Use the OXY switch on the lower center console to turn on oxygen supply and avoid hypoxia!Oxygen supply is simulated – you have approximately 3 ½ hours of usable oxygen on board. The oxygen supply will begin to deplete slowly when the OXY switch is ONAnti-Ice fluid is simulated – there are 3.5 gallons of anti-ice fluid available. The supply will deplete when anti-ice switch is ONICE lights are modeled – use the ICE light switch to inspect the wing leading edges for ice build-up at nightThe Cirrus BRS® parachute recovery system is modeled – click on the BRS handle on the cabin ceiling to deploy the parachute in case of emergency. NOTE: Engine should be OFF, and airspeed should be below 120 KTS when deploying the parachute!Cirrus “Single Lever Throttle Control” is modeled – the SR20 automatically adjusts propeller speed through the use of the throttle lever. There is no separately-controlled propeller lever.Customized HDR night lights – there are four dome lights inside the cockpit that will provide white flood lighting with HDR on in your rendering settingsCustom exterior lighting – all lights on the exterior (landing lights, strobe lights and navigation lights) are modeled using X-Plane parameterized lighting.10 Factory liveries provided – because Cirrus uses a special heat-resistant paint for their airplanes, the 10 liveries provided are based on Cirrus originals.Custom sounds – try opening the passenger or pilot door while the engine is running!_____________________________________________________________________________________ Installation : Download file size is 420.60mb to your X-Plane - GA Aircraft Folder. Installed file size is 420.50mb Documents : There is excellent documentation with a full tutorial, a avionics tutorial and a third document that covers the features of G1000 avionics system. Requirements : X-Plane 10.40+ (any edition) - Windows, Mac or Linux - 64bit mode -1Gb+ Dedicated VRAM Video Card Current version: 1.0 - Last updated on October 12th 2015 Developer Support Site : Support forum for the SR20 _____________________________________________________________________________________ Review by Stephen Dutton 16th October 2015 Copyright©2015: X-Plane Reviews Review System Specifications: Computer System: - 2.66 Ghz Intel Core i5 iMac 27”- 9 Gb 1067 Mhz DDR3 - ATI Radeon HD 6970M 2048 mb- Seagate 512gb SSD Software: - Mac OS Yosemite 10.10.1 - X-Plane 10 Global ver 10.42 Addons - Saitek x52 Pro system Joystick and Throttle : Sound - Bose Soundlink Mini : WorldTraffic Plugin Music - Lots of Dire Straits - Chris Rea - Eric Clapton Scenery or Aircraft - PHJR - Barbers Point USCG, Hawaii by Fred De Pues (Fred-E-NETS sceneries are currently being updated to the X-Plane-Org) - PHOG - Maui, Hawaii by joyfulsongster (X-Plane.Org) - Free
  4. News! - Now Available - Cirrus SR20 by vFlyteAir Now available at X-Plane.OrgStore from vFlyteAir is a very nice modern General Aviation success story in the Cirrus SR20. To date more than 6,000 Cirrus aircraft had been delivered of this excellent four-or-five-seat, composite monoplane built by Cirrus Aircraft of Duluth, Minnesota. The aircraft is powered by a Continental IO-360-ES engine that provides 200 hp (149 kW). X-PlaneReviews has exclusive images of this great new aircraft. Beautiful modeling is coupled with great quality design. The highlight is the inclusion of a full G1000 glass avionics suite. Although based on the X-Plane FMS system, it is very comprehensive and excellent to use and programme. Features Include: Primary Flight Display (PFD): Artificial Horizon with high-resolution attitude indicator, flight director and roll scaleSpeedtape with custom display of reference speedsAltitude tape with custom vertical velocity indicator and minimums displayEnhanced HSI with turn indicator and three fully configurable bearing pointers for GPS, NAV1, NAV2 and ADFSwitchable inset windows for timer/references, minimums, wind, ADF, map, nearest airports, and flight planCirrus-style top bar with power setting, frequencies and detailed GPS & autopilot informationMulti Function Display (MFD): Engine information system with switchable trim statusDetailed system page with engine parameters, declutter mode, used fuel, remaining fuel, remaining range, remaining time, anti-ice & oxygen gauges, density altitude, temperatures, ISA deviationCustom user interface for creating and editing flight plans (accessing X-Planes navdata and default FMC)“Nearest” page for airports, navaids and related frequenciesCirrus-style top bar with destination window, frequencies and GPS informationX-Plane default map with weather radar and traffic warnings with custom iconsInteractive checklists and user-definable charts System-wide PFD and MFD specific features: X-Plane autopilot with ROL, HDG, NAV, APPR, ALT, V/S, IAS modes and detailed status informationCustom calculations for ground speed, true airspeed, fuel & ranges, bearings and distancesReversionary mode with engine information system and system summary (aircraft reacts on fuse & MFD failure) Certainly one of the classiest and well laid out panels I have seen, beautiful place to fly. Package comes with 10 liveries, Tutorial, Avionics Manual and Avionics featuresSimulated CAP® Parachute systemCustom SoundsCustom 3d CockpitFully AnimatedSelectable animated co-pilotFunctional Fuse PanelHi-Resolution GraphicsOther Notable Features: Hypoxia is simulated at above 12,500’ cabin altitude. The screen will begin to dim if you are flying above 12,500’ MSL. Use the OXY switch on the lower center console to turn on oxygen supply and avoid hypoxia!Oxygen supply is simulated – you have approximately 3 ½ hours of usable oxygen on board. The oxygen supply will begin to deplete slowly when the OXY switch is ONAnti-Ice fluid is simulated – there are 3.5 gallons of anti-ice fluid available. The supply will deplete when anti-ice switch is ONICE lights are modeled – use the ICE light switch to inspect the wing leading edges for ice build-up at nightThe Cirrus BRS® parachute recovery system is modeled – click on the BRS handle on the cabin ceiling to deploy the parachute in case of emergency. NOTE: Engine should be OFF, and airspeed should be below 120 KTS when deploying the parachute!Cirrus “Single Lever Throttle Control” is modeled – the SR20 automatically adjusts propeller speed through the use of the throttle lever. There is no separately-controlled propeller lever.Customized HDR night lights – there are four dome lights inside the cockpit that will provide white flood lighting with HDR on in your rendering settingsCustom exterior lighting – all lights on the exterior (landing lights, strobe lights and navigation lights) are modeled using X-Plane parameterized lighting.10 Factory liveries provided – because Cirrus uses a special heat-resistant paint for their airplanes, the 10 liveries provided are based on Cirrus originals.Custom sounds – try opening the passenger or pilot door while the engine is running!Photo-realistic textures by Igor Kirilove – all textures are very hi-res (4K), providing a very realistic lookFully animated model – all the details are in this model. Check out the door hinge mechanisms when you open and close the doors!Super accurate 3D modeling – the model is extremely accurate in scale and dimensions.For more information then visit vFlyteAir Yes! the Cirrus SR20 by vFlyteAir is now available from the new X-Plane.Org Store here : Cirrus SR20 Perspective® G1000 - Price is US$27.95 Requirements X-Plane 10.36+ (any edition) - Windows, Mac or Linux - 64bit mode - 1Gb+ Dedicated VRAM Video Card Stephen Dutton Updated 12th October 2015 Copyright©2015: X-PlaneReviews
  5. Developer Update : Grumman Traveler AA-5 v1.5 by vFlyteAir vFlyteAir has updated their Grumman Traveler AA-5 to version 1.5 The new features include: - brand new stereo-effect sounds! Recorded from an actual Grumman AA-5, the new sounds provide a stereoscopic dimension to the Traveler, providing a more immersive flying experience. Exterior sound effects are also improved with better distance-fading and Doppler effects. - New “master volume” knob has been added to allow you to adjust the engine/cockpit sounds volume. NOTE: The “master volume” knob is the COM1 Radio volume knob. Air Traffic Control, weather and other sounds are still controlled via the X-Plane Settings menu. - Two new liveries added! G-BBUE (Red/Blue scheme) and N356PV (Blue/Light Blue scheme). - SASL Plug-In has been updated to the newest version. - The Trim Indicator and Flaps Indicator labels on the panel surface are now illuminated so that the pilot can see the indicator positions at night The Traveler now defaults to the mixture being set at FULL LEAN on start-up. NOTE: Pilots must remember to set the mixture to RICH prior to starting the engine. - Increased brightness of the instrument gauges for better readability at night. (yeah that was very dull) - Flight controls (ailerons, elevator and rudder) adjusted to be less sensitive at higher speeds. There has been a few bug fixes on the AA-5 as well in : - Dome light now slaved to battery bus (was working with battery off) - Fuel gauges now slaved to electrical bus (were working with battery off) - Map Light lens no longer illuminates when map light is OFF - Wheel Braking improved to be more effective- - Fixed LIT textures on illuminated lights - some lights were "showing through" when instrument lights were turned off or when it was daylight - Moved IDENT button manipulator to the small push-button located directly below IDENT lamp (was incorrectly located on top of IDENT red lamp) - Starter sound fixed – was playing sound with battery OFF - Fuel Pump switch and Pitot Heat switch now work correctly (click upper part for ON, click lower part for OFF) - Thanks to "FloB" for the squawk - Cowl flaps settings are now automatically controlled by the ACF (X-Plane overrides keyboard control or joystick control of cowl flaps - the Traveler does not have cowl flaps X-Plane Reviews liked the Grumman Traveler AA-5 immensely as it is coming in to Carenado style of quality and features... Read our full review here (original release version) - Yes! the Grumman American AA-5 Traveler v1.5 is now Available from the X-Plane.OrgShop : Grumman American AA-5 Traveler Stephen Dutton 21st February 2014 copyright©2014 : X-Plane Reviews