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    • NEWS! - New Platform : Steam Deck running on X-Plane     By and large X-PlaneReviews doesn't look at the mobile aspect of X-Plane (even though it creates oodles of cash for Laminar). Mostly because the Mobile aspect is a more closed default world with no addons provided.    Gaming however is also big business, hence the return of Microsoft with the Microsoft Flight Simulator - MSFS, that is becoming lately more a gaming platform than an actual Simulator with the latest X-Box portal...  you can't blame Laminar Research in not spreading the goodwill to gaming also with it's huge user base.   Hence the reveal of X-Plane (Simulator) running on an early production model of the much anticipated Steam Deck, and the first time that a portable gaming device is able to run the full desktop version of the simulator. Steam Deck is an upcoming handheld gaming computer developed by Valve Corporation, and it is expected to be released in December 2021.     A user also noted the same portable gaming device being connected up to a full simulator setup, with joystick and throttle inputs...     There is a very good chance the Steam Deck setup will also be revealed at the upcoming FlightSim Expo, starting today and running to the Sunday 26th September in San Diego, and a crossover announcement of the forthcoming new version of the X-Plane Simulator... either X-Plane12 or as noted "X-Plane Next Generation"... on the Steam Deck there is no branding of either, but the current X-Plane logo...  we wait in breathless anticipation. ___________________________   News by Stephen Dutton 24th September 2021 Copyright©2021: 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! - Released : LLBG Airport Ben Gurion XP by Aerosoft     Under the Aerosoft banner, Windsock Simulations have released Ben Gurion International Airport (Tel Aviv Airport) for X-Plane 11. Israel, there are not that many quality sceneries to fly into in this the central part of the Middle-East. So obviously it is highly welcomed.   Originally named Lod Airport, it was renamed in 1973 after David Ben-Gurion, who was Israel's first Prime Minister. The airport is located on the northern outskirts of the city of Lod, about 45 km (28 mi) northwest of Jerusalem and 20 km (12 mi) southeast of Tel Aviv. The airport serves as a hub for El Al, Israir Airlines, Arkia, and Sun D'Or and is operated by the Israel Airports Authority.   The SAM plug-in is highly used here by Windsock for animated (Custom) jetways, and an accurate Terminal 3 and the old Terminal 1 buildings, Concourse, hangars, towers, and airport layout are also included...  all buildings and surroundings have dynamic lighting       Accurate Terminal 3 and the old Terminal 1 buildings, Concourse, hangars, towers, and airport layout     Dynamic Lighting     Detailed animated jetway models (using SAM plug-in)     Detailed ground markings     High resolution (7cm-30cm pixel) photoreal ground textures     Thousands of accurate hand-placed autogen objects     Fully optimized for smooth simulation experience         Images are courtesy of Aerosoft ______________________________________     Yes! the LLBG Airport Ben Gurion XP by Aerosoft is now available from the X-Plane.Org Store here :   Airport Ben Gurion XP Price is US$24.95   Requirements X-Plane 11 Windows, Mac or Linux 4 GB VRAM Minimum - 8 GB+ VRAM Recommended Current Version : 1.0  (September 20th 2021) ___________________________   News by Stephen Dutton 24th September 2021 Copyright©2021: 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 Review : PZL-104 Wilga 2000 by Thranda Design   Thranda Design is back with another utility aircraft, and this one is aimed at the flying and gliding schools and not the bush pilot ethic. As the Wilga was created for recreational sports, civil aviation, with a strong emphasis on glider-towing and parachute training.     PZL-104 Wilga (Golden Oriole) is a Polish short-takeoff-and-landing (STOL) civil aviation utility aircraft was designed and originally manufactured by PZL Warszawa-Okęcie, and later by the European Aeronautic Defence and Space Company (EADS), who had acquired the original manufacturer during 2001. The PZL-104 2000 Wilga ceased in production in 2006 with 1,000+ aircraft built.   Let us get something out of the way first... there was a modified version of the PZL-104 called the DRACO. Officially it was called the "ZL-104 DRACO Turbine Wilga" and it was a highly modified Wilga 2000, created and built by Mike Patey. Patey attached a Pratt & Whitney PT6A-28 turboprop engine, modified the wings, ailerons, flaps, rudder, elevator, landing gear, and named the aircraft DRACO. The aircraft however was destroyed in a takeoff accident in Reno, Nevada on September 16th 2019, when Patey attempted to take off in a gusty cross wind, all the passengers survived the accident. Thranda has created an external DRACO version of their Wilga 2000, but it has also been announced it would not be released. My guess is because of the unusual G3X avionics installed as these custom units are not actually currently available in X-Plane and would have to be completely custom created from the ground up...  too much for one single aircraft variant.     The light all-aluminum aircraft Wilga design is built around the engine, it is more about the pulling power than the outright performance. Installed is a Textron Lycoming IO-540-K1D5 naturally-aspirated rated engine at 290 horsepower at 2,575 RPM, it is one of the most powerful of the powerplants (there was a slightly larger 300 hp version later)....  but it is hard to see here such a big muscular engine set behind such a tight small aerodynamic nose...     ...  the forward cabin is almost bubble like, that leads to a Bell helicopter styled long thin tail, note the huge rudder and elevator aerodynamic surfaces for strong rear aerodynamic control. The visual impact is created by the almost insect like wide-spread trailing-link front suspension landing gear, if your visual clues are correct, the Wilga is indeed a tail-dragger aircraft.     Outwardly the PZL-104 looks simplistic, but the devil is of course in the outstanding detail from Thranda. Every minute detail is covered, from the high quality (and animated) links, fuselage strengthening bars, outstanding rear wheel detail, right down to the manufacturer's licence plate upper rear cabin. So the modeling and detail is of the usual Thranda highest quality and workmanship.       "Ah dirty", if you like your glass grubby and filthy, then you will love this glass, it can of course be hidden, but why would you want to "do that"...  lovely stuff isn't it, and it all comes applied to perfect glass.     Cabin The twin doors both spring upwards to revel a tight cabin (certainly to the thinning rear), a note that the open doors actually hinder the flap operation in flight, so the doors always have to be closed with the flaps extended. You can however remove the doors via small levers situated internally above the doors... In real life this lever would dislodge the pins in the hinges, allowing the pilot and crew to bail out!     In a major context is the "Luxe" deep blue leather seating inside, not very utility, but looks fabulous and gives the aircraft a very different internal feel than what you would have expected...  note the extreme quality seatbelt webbing and the extraordinary chrome latches.     The leather detail and quality is just absolutely superb, very realistic and feels (looks) exactly like the leather seats on my own car (except mine are black and not blue) but I could smell them here as these seats are so realistic...  in the rear there is a small baggage area with the fuselage strength bars around you. Note the lovely floor chrome seatbelt anchors, great detail.     The forward view is dominated by those very odd shaped sticks, an oval padded stick feel a little Spitfire WW2, but far bulkier... different?     The high stance facia has a Beaverish feel with it's pronounced centre avionics extrusion and instrument side panels. The Sticks (?) can be hidden by pressing the bases, and individually as well. Set behind are a lovely set of chrome rudder pedals, and quite big for such a small aircraft... but very bush pilot chunky in design.     There is a very nice "Gust" lock when you remove the key, and a disconnect button on the top of the sticks.     Instrument Panel If you are familiar with Thranda instrument panels, you will know there is no really standard layout, as the panels can be customised, so the default below is just that being one of the many layouts. The panel though is still laid out via a certain configuration i.e; Flight Instruments above left panel and below the Switches and Electrical panel. Middle extrusion has the Radios (Avionics), Right top the Engine Gauges and parameters, below right are the Circuit Breakers and middle lower is the Throttle Quadrant with a Throttle, Propeller Speed and Fuel Mixture push-pull knobs.     There are some really nice features and touches here...  Air vents can be turned on/off and manoeuvred in any direction, clicking the Audio Jacks will drop the sound (for headsets), Lower Heating controls can be used, and you can open the Circuit Breaker box with the active Breakers (Fuses) inside. And note the lower left "Tow" Handle release (X-Plane tow cable).     To your left lower side panel there is a very nice "Trim Wheel" (with trim markers) and the Wilga's large wing flaps are mechnically-driven via a handle lever located up and to the left of the pilot. The flaps have three pre-set positions of 0º, 21º, and 44º degrees.     On the floor between the control sticks is a very nice Fuel selector...  Left-Right or centered both tanks.     Super nice top is the custom Signalling and Warning Block (Annunciators) panel, and the metal shielded Whiskey Compass.     Customising The Thranda Wilga 2000 can be highly customised to suit your taste in a system called the "Dynamic Generation Series". So in reality there is no default instrument setup as noted.   There is a "Menu" Tab (arrow) is far left middle of your screen, this will activate the Pop-Out Menu (We will look at the other tab options later).     The sixth "PANEL" Tab option allows you to adjust or change the instruments and dials. Scroll the "Panel Preset" number (arrowed) to see the three preset layouts.     Alpine Avionics Evolution The highlight is the EFD 1000 which is a self-contained multifunction digital display that is divided into a Primary Flight Display (PFD) in the top half, and an Electric Horizontal Situation Indicator (EHSI) in the lower half. As EDF 1000 systems go it is not highly featured with the GPSS, MAP,  360 and Menu functions are all not simulated. All the lower NAV1/NAV2/GPS selections are however available, as is the TPS (Tapes) see/hide option with the MIN (Minimums) selectable as well. and the PFD can be reversed with the EHSI. The EFD 1000 can be used with the S-TEC 55x. Another highlight is the option of the authentic Collins 614-12 ADF receiver.   Customising the panel is easy, just select the "3D EDIT PANEL MODE" that gives you access to all of the 44 individual instruments and avionic units...  There some great options including S-TEC 55x Autopilot,  Angle of Attack gauge...     ...   and the option to add in the Reality XP GTN 750...  For those who own the RealityXP GTN 750 addon (this is an optional addon)   For those that find instruments are not to their liking in say, "I wish I could move that altitude meter just a bit more to the left", then here you can adjust that, or even swap instruments around to your liking, here above I have swapped over the GNS 430 to the GNS 530...     ...  when done I can "ADD" (or Duplicate) in a new "Preset", and then "Save" that new layout Preset (Preset 3/3). So basically you can start off with a completely blank instrument panel and then create your own unique or personal instrument layout...  and you can have up to or save 14 different instrument layouts. And it is however very important to restart X-Plane to lock in the new instrumentation layout.   Notably missing though in the "PANEL' tab this time is the different panel backgrounds as on the Thranda PC-6 Turbo Porter, here you only get the default lovely steel metal facia background.   This customised panel feature is a very Thranda (Dan Klaue) sort of options galore "I'll give you everything" sort of fun aspect of their aircraft. It is very clever and it will make a lot of users very happy out there.   Menu As noted the "Menu" Tab (arrow) is far left middle of your screen, this will activate the Pop-Out Menu... The Menu has seven menu tabs in; GENERAL, LIVERY, WEIGHT/BAL, CAMERA, AUDIO/SLEW, PANEL and MISC (Miscellaneous)   Menu - General The menu "General" sections covers quite a lot of options, the layout is highly detailed and very comprehensive.   General menu selections cover Window and Instrument Panel Reflections on/off, Startup Running on/off, Chocks and Brakes on/off.   Three selections placed right cover group items, but any one item can be also accessed via "Click Spots" and can be individually selected or hidden via the aircraft graphic. "ALL COVERS" will select engine inlet/outlet covers and pitot cover, "ALL TIE-DOWNS" for rear fuselage and wing tie-downs and "ALL DOORS" for both the cockpit doors. All EXT - External Lights can be switched on and off as can ALL INT - Internal lights.     There is an "Electric Tug" that can be used to move the aircraft around on the ground via your joystick (left,right-forward,backwards)     There is the selection of a SIMPLIFIED or REALISTIC tailwheel action. in Simplified mode the tailwheel is the standard X-Plane rudder connected yaw in a range of +- 30 degrees, In Realistic mode it functions as a real tail dragger loose aircraft. There is a section in the manual relating to the steering in the freewheeling mode and rudder pedal steering is also available.   A new feature (for Thranda) on the General Menu is the built in "Checklist" (Lower, low right). And very good it is in red, or checked green choices. You can have checklist pop-up or windowed modes     Menu - Liveries Second Menu option is liveries, there are two options here with the first being "PAINTED LIVERIES". There are altogether 10 liveries or two blank and eight designs, and all are of extremely high quality and creative flare. To note that a couple are very similar except for a different registration.     Two liveries are "Dynamic" in resources (White)...  another New feature is the (Quick) selection of Dirt (Ext) Externally, Scratches and Dirt (Int) Internally. Via three percentage selections you can adjust the amount of Dirt, Scratches and Dirt Int on the aircraft (0%-255%) and apply it instantly.     So you can have either a pristine or a very grubby aircraft with just a twirl of the numbers. This can be applied to any of the liveries.   Dynamic Liveries Not happy with any of those designs, then why not create your own livery!  With their earlier release of their Kodiak and with the PC-6, then Thranda  introduced a clever feature of a way to design your own livery. This is done by switching from PAINTED LIVERIES to DYNAMIC LIVERIES top.     You have a menu to select on the right that can colour a certain part of the aircraft, like the Roof, Wing, Tail or Wing tips. Select which one you want and then adjust the RGB colours for that certain area, it looks hard but you can easily design a very nice livery in about twenty minutes...  the selections of Dirt (Ext), Scratches and Dirt (Int). Metal(ness) and surface Rough(ness) can also be added or adjusted as seen earlier...     .. , when done you can "save" or ADD the livery and then "APPLY" it to the aircraft. The conversion takes a few minutes, but the results are excellent, and in your own design...    of which I like very much.     There are also already 30 Presets to choose from or to adjust, without getting your hands dirty.     Menu - Weight/Bal The Wilga has a great Weight and Balance menu. Lbs and Kgs which can be selected and changed via the toggle...       Fuel can be added and the amounts are then shown and are adjustable as well in the menu (above). Pilot, passengers and cargo can all be set for individual weights and the CofG (Centre of Gravity) parameters are all shown on a graph, when done you can save the configuration and reload it.     But there is a compromise? If you want a full passenger and baggage load, then you can't have full fuel tanks, as the weight takes you over the weight and the CofG limits. For two passengers (maybe a bag thrown in) then can you have your full tanks and the range.   Adding in passengers gives you a pilot (Daniel Klaue) and in the passenger seat his wife, but there are no rear passengers or baggage, and both are nicely body and head animated. Note...  if you turn off the aircraft's electrical power, then they both disappear.     Menu - Camera There is a camera feature under the menu "Camera" selection. To the right is the default views can be selected via a menu, or press the keypad to select the view. The FOV or Field of View is adjustable via a slider.     The left side of the panel is the "Walkaround" views, just pick the dot viewpoint you want to see to rotate around the aircraft.   Menu - Audio/Slew Sound can be adjusted via the sound menu. There are seven slider selections with: Master, Aircraft External, Aircraft Internal, CoPilot, Radios, Environmental and User Interface. One other sound setting is on the Flap panel...  As noted, on the right and left of the panel you get the audio simulation of an active noise canceling headset, which is seen as wearing a headset. Sound quality is beyond excellent as it is a built in audio mixer, so you can individually control the audio channels in real-time, you can adjust volumes while hearing them play.     Slew mode allows you to manually move the aircraft around in a disconnected X-Plane space. It functions by temporarily overriding the various aerodynamic and physical forces on the X-Plane settings, it is to allow the user to reposition the plane as desired. This feature is however highly touchy and is mostly used with the floats option (not yet on the Wilga, but on the Beaver and PC-6).   Menu - PANEL...  as seen above   Menu - MISC The Misc (Miscellaneous) page has four quarters that covers options for; Skis, Tires, Windows and DynaFeel.   Skis...  will add on quality skis to all three wheels in the larger two front and the smaller rear tailwheel.     Tyres...  will change the standard tyres to the "Tundra" large balloon tyres.     Windows...  will change the main side windows from a flat window to a bubble window.     DynaFeel... is a brand new feature from Thranda. This panel is to give you a "seats of your pants" feel to your flying.   "The DynaFeel system dynamically adjusts the rate at which the controls deflect, based on airspeed and how much the control is deflected. This means the controls will feel light and responsive at low speeds and with small deflections, but will get progressively heavier as the airspeed increases." _____________________   Flying the Wilga 2000 Like any bushy utility aircraft, the PZL-104 is made for simplicity...  unlike the old cranky Beavers, it starts very easily, click the Fuel Pump on, adjust the fuel mixture, touch a bit of throttle and turn the key to start, but the key can be hard to get to, as you have to either hide the stick, or fidget the key through the oval (doable!), and the Wilga will start instantly... so it feels modern more than the usual tired, old and buggered.     On start up the sounds are excellent with high fidelity, multi-track sounds that come with smooth transitions and very good atmospheric effects.     Flaps are set to 21º (Takeoff), and remember this is a STOL (Short Takeoff and Landing) aircraft, so the lift created by the really well done, and the permanent "Leading-edge slot" design on the Wilga is very visible here.     If you liked your Wilga dirty, or worn...  then it really shows on the windshield, it feels and looks very and highly realistic, however the reflections are very strong. Notable also are the cage strength bars that cross down the windshield, and they do hinder the view forwards...  and by quite a bit.   Okay i'm cheating in being in the "Simplified" steering mode, but I don't have rudder pedals to toe-brake, so the taxi is quite easy, and you trundle along to the runway...      ...  sounds are really good, 360º feel and aural direction, move your view and the sounds change to the direction and to the source of the sounds (i.e. the engine), or the excellent wind noise in flight. Trim is dead centred for takeoff...  my gut feeling is that you could play with the trim on takeoff to find the best balance position.     Push in the throttle knob and release the brakes and your moving...  the Wilga is very tail-dragger in feel, loose then as more aerodynamic control comes in you steer with only the rear aerodynamic surfaces, and it doesn't take long for the tail to take hold...  50 knts and the tail is already in the air and you are working the rudder with it's directional control.     You feel like you are only driving along the runway, and could do this as long as you wanted to, but a slight pull back of the stick will simply lift you into the air, but don't go aggressive, just a touch rearwards is all that is needed, rotation is only around a smidge above 62 knts     Quickly retract the flap to 0º, this will give you speed and lift to climb-out cleanly, keeping the flap down will actually hinder your forward and upward progress... I will note a slightly annoying looping sound on climb-out, it goes away quickly when trimmed out level and it isn't in the other sound ranges, but the sounds are quite noticeable in that phase.      Bushies love these aircraft, and you can feel why here. To a point they are all pure stick and rudder control, once the trim has been balanced, you can fly and manoeuvre the slight machine around on a single pivot...  balance of course is everything, get that right and everything else is super easy. But to note that you have to cater for the different fuel and passenger loads, as the Wilga is very sensitive to weight...  more weight in the rear changes the feel considerably and the then required different speeds and climb-out, it is a lightweight aircraft that can carry/pull loads, a typical bush aircraft. Full power (29.2 in.Hg, 2575 RPM) can be used, but keep an eye on the temperature of your oil and cylinder heads, and a typical power setting might be 22 inches MP and 2350 RPM for the cruise phase.     Official Rate of climb is 5.5 m/s (1,082 ft/min), but you would never approach that number, as in reality you wouldn't fly really high, unless dropping crazy parachutists...  the ceiling is only 4,040 m (13,255 ft) anyway.     Speeds are cruise around 112 knts and a never exceed speed of 131 knts, with a range of a respectable 670 km (416 mi, 361 nmi) on a 100.4 US Gallons usable total (602.4 lbs, 273.2 kg) fuel capacity.   The outside wind intensity are heavily affected by slip and AoA.  As the more the surface area of the fuselage is hit by oncoming wind, the louder the sounds are, and the effect is very good as the speed builds... this aircraft is all about feel. And you can exaggerate the effect by using the DynaFeel intensity control, or panel...  The combinations between light and heavy is quite superb, and you can feel it out in real time and find the right balance to suit your flying. Drop everything to 0% and there is practically no feel in the controls, and full sliders can make the controls extremely heavy in contrast...  it takes the X-Plane control settings to a completely different level again, plus it gives you a much more realistic aircraft...  the main bonus is that you can dial in that feel that YOU want and not what is provided...  interesting idea.     Lighting The lighting is quite basic. Two very nice authentic MaxDim lower left panel lighting knobs adjust the instrument lighting and avionics lighting...  the instruments are also a lovely mixture of back-lighting and indirect lighting...     ...  there is a single overhead light, roof mid-cabin that will illuminate the instrument panel and light up the rear, which is very dark with the overhead lighting switched off. Odd is the really bad windscreen reflections (below) in the dark, and they make flying virtually impossible, unless you turn the reflections off in the (General) menu.     Externally you have very nice LED lighting with the landing light in the left wing, and the taxi light in the left gear strut, they look amazing with the pin-dot LED look...  the rest is quite basic, LED Strobes, Navigation lights and a tail-top beacon.     Not that really the Wilga is a night flying aircraft unless you are either Charles Lindbergh, or making a run for home in the twilight.     You know bushy aircraft, are distances with nothing to be seen out of the window, but come with great landscapes...     ...  the large side windows give you a great view out, so the cabin is tight, but light and airy. This instrument layout has two VOR instruments for VOR 1 and VOR 2, but no HSI (Horizontal Situation Indicator), not great for being miles away from any VOR stations, so I am using the heading bug (arrowed below left) to give me a direction (quarters) to the angle of the runway, into a creating my own circuit path.     Losing altitude is extremely easy... just pull out the throttle knob, no need for any pitch movements as the Wilga will sink nicely to around 400 fpm, obviously more power will arrest the descent of control your height, but oddly when descending the speed does not change, so to reduce my speed I drop the flaps to 21º, and this does a nice job in slowing down the aircraft to about 55 knts.     The timing of the secondary flap drop 44º degrees as it has to be absolutely perfect...  too fast and the Wilga will float really (really) badly (in either flap down movement) in the change of speed...  you are aiming for the low 50 knts or less before pulling that handle all the way down.     Once there though and it just a control of the throttle to perfect your descent...  you will jiggle about a bit at these low speeds, but dance on the rudder pedals and twitch the stick to have complete control to position the aircraft over the runway, in the sub 50 knts zone.     You can come down and hover over the runway at around a few meters, and stay there as long as you want to in fact, but a slight reduction of power will bring you slowly down to the runway and in your own time, as you have the balance and feel to do that...     ....  touch!     Now comes the tricky dicky part, as when you lower the speed the tail starts weaving! I will note that historically taildraggers and me are not the best of companions, a competent tailer my do this aspect far better than me, but once settled the Wilga becomes a nasty handful....  I have tried slowing down very, very slowly, but also slowing down as quick as I can, but I get the same result, a nasty tail swing and loss of control...     ...  note the excellent compression in the undercarriage, it is very realistic...  at least I end up facing the (wrong way) and the taxiway I want.     Note to self...  need to practise taildragger landing (again). At least the Wilga maybe the right aircraft to practise taildragger landings in! ___________________   Summary Thranda Design have created a pattern in their releases...  hard working utility aircraft with a bit of roughness. Already we have had the Kodiak, Pilatus PC-6 and of course the sensational DHC-2 Beaver, the latest to join the fleet is another working aircraft, this time for flying and gliding schools in the Polish PZL-104 Wilga 2000.   Basically it is a Bushy style aircraft, neat, tight but with a powerful Lycoming IO-540-K1D5 290 hp engine.   Thranda Design are also about features, and more features in their "Dynamic Generation Series"...  but not in additions (yet their are loads of them anyway), but in personalised configurations including an innovative menu system to create your own instrument panel layout or layouts as up to 14 different layouts of 44 instruments and avionics can be saved with 3 default layouts including a Aspen EFD 1000 with S-Tec 55x autopilot, a huge selection of 10 liveries and 20 "Dynamic" presets is still complimented with a feature to create your own colour scheme and livery, then you can save them as well. Advanced FMOD-based sound system is of course recorded from a real Wilga 2000, with a full audio-mixing desk gives you total control with detailed cockpit sounds... and here is another new innovation with the DynaFeel intensity control depth from light to heavy controls...   in other words it is all pretty damn good.   Modeling and aircraft detail is also and as usually totally excellent, and you can (again) dynamically change the Dirt, Grunge, scratches and nicks externally and internally on the fly. So this lovely aircraft can be as clean or as dirty as you want...  Skis, Tundra Tyres and Balloon windows can also be added/changed as you wish.   Another bush style pilot's aircraft to fly and love, the Wilga 2000 is extremely responsive to your inputs, but that is why you love this aircraft, skills are required to get the very best out of the machine as it is a powerful but a small taildragger.   Flexible, huge feature list, detailed and personalised all in one aircraft...  and a real pilot's aircraft to boot, another huge winner from Thranda Design! _______________________________   Yes! the PZL-104 Wilga 2000 by Thranda Design is NOW available from the X-Plane.Org Store here :    Wilga PZL 104 Dynamic Generation Series Price is US$39.95 Release sale only US$32.95   Special features: NEW: DynaFeel - Advanced custom flight dynamics, affecting control input effects at different airspeeds. Adjust the heaviness of the controls in real-time via sliders in pop-up window.   Regular Tires, Tundra Tires, Skis FULLY configurable 3D instrument panel. Over 50 instruments to choose from! (Including Aspen EFD 1000, and support for RealityXP GTN750) Move any instrument to any location on the panel, or even between pilot and copilot's panel! Comes with 3 panel presets, but can easily be expanded by moving instruments around, using a simple and intuitive interface. Save your own presets, and even share them with the community! Instruments can be moved in 3D directly, on a 2D pop-up preview window, or by numerical entry for precise placement. GNS430 and 530 can be swapped out, but a restart of the plane is required, as 430s and 530s are mutually exclusive in terms of compatibility in X-Plane Dynamic livery editor (like in the Kodiak, the Pilatus PC-6, and the Beaver) Full PBR control! Create stunning metallic liveries, or matte, sand-blasted look in mere seconds! Additional control over dirt/grime, scratches/nicks, adjustable in real-time to dial in the exact desired amount of wear and tear.  Affects airspeed. Clean plane will fly 2-3 MPH faster. Control over interior dirt, grime, scratches, nicks, also adjustable in real-time. Create "virtual" liveries, based on one common design layout, and assign any colour to any available paint segment. Quickly create preview of livery in real-time, using intuitive controls.  Previews now include visualization of metallic materials and dirt overlays.  Apply selected livery in real-time, right in the sim, without the need to even touch a 3rd party image editor or load extra software. Option to change the tail number in real-time, or disable it altogether. (Enter a "space" instead of a callsign number to create a blank tail number.) Easily and quickly create dozens of unique color schemes in-sim! Also supports 12 traditionally painted liveries, all visible in a convenient pre-selection preview window. Uses SkunkCrafts Updater.  Option to participate in Beta program, via check box in SkunkCrafts Updater.  Excellent hi-res PBR realistic materials, featuring true-to-life plate deformation and to-the-rivet precision. Feature-rich elegant fly-out menu with the following features: Realism settings for engine and tail wheel (simplified vs. realistic modes) Checklist pop-up controls Innovative electric tug, with in-panel controls to move forward/backward at the desired speed, and steer proportionally Control over chocks, individual tie-downs, covers, internal lights, external lights, etc. Option to start up running (all systems ready), or cold-and-dark, for realistic startup procedures. Control landing lights, strobes, beacon, and nav lights via pop-up window Detailed weight and balance manager with visual chart, individual passenger seat weight control, Lbs/KG unit toggle, CG control, and the option to save and load configuration. Multiple camera snap points, above and beyond what's available by default in X-Plane, so you can perform your walk around checks. Adjust your camera's Field of View without having to go to an X-plane menu, allowing for real-time adjustments. Audio mixer: individually control audio channels in real-time, so you can adjust volumes while hearing them play. Slew control: move your plane around the world, temporarily bypassing flight physics.  Includes ground mode and air mode. Dynamic panel control page, with a separate view for the entire panel layout preview, or a per-instrument view, allowing for fine-tuning of instrument position, as well as copy-paste function to quickly replace instruments. The "Misc" page in the fly-out window contains options to customize the plane, such as:    skis    tundra tires    bubble windows    DynaFeel intensity Flight dynamics and systems: DynaFeel: an increase in airspeed doesn't just limit the control surface deflections, as normally done in flight sims... but control deflections feel increasingly heavy. Tiny deflections still feel nimble, even at higher speeds. The Wilga's trailing link front suspension provides ultra-plush damping and shock absorption, but also has some unique quirks during taxiing that are also simulated. The Wilga also has permanent leading edge slats, contributing greatly to its docile flight and stall characteristics. This model of the Wilga has the most powerful engine of the series, making it excellent for STOL operations and bush flying. Tie-downs and chocks actually keep the plane from moving, even in high winds. Doors can be jettisoned. Advanced FMOD-based sound system: High fidelity, multi-track sounds with smooth transitions and amazing atmospheric effects. Individual volume control over different aspects of the sound experience, adjustable in real-time (while listening to the sounds) Different sounds for front of plane than for back of plane Panning around the plane in exterior view yields awesome 3D audio effects, including "blade slapping" sound when view is perpendicular to prop Individual buttons and switches in the cockpit each have their own unique sound. Sound of engine cooling off after flight realistically implemented (based on temperature) Outside wind intensity is affected by slip and AoA. (The more the surface area of the fuselage is hit by oncoming wind, the louder the sounds).   Requirements X-Plane 11  Windows, Mac or Linux 4 GB VRAM Minimum. 8 GB+ VRAM Recommended Download Size: 988 MB Current and Review version : 1.0 (September 21st 2021) The plane comes with an auto-updater _______________________________________________________________________   Installation and documents: Download is 1.45gb and the aircraft is deposited in the "General Aviation" X-Plane folder. Installation key is required on start up and is supplied with the purchased download file. Note updates are available via the "Skunkcrafts Updater" application.   Documents supplied are: Thranda Wilga PZL-104 Graphics Settings XP11.pdf X-Plane G430 Manual.pdf X-Plane G530 Manual.pdf Thranda Wilga-PZL-104 Documentation.pdf IUL_104M.pdf*   *The IUL_104M manual is the original Polish manual for the Wilga (in Polish) _____________________   Aircraft Review by Stephen Dutton 23rd September 2021 Copyright©2021: X-Plane Reviews   Review System Specifications:  Computer System: Windows  - Intel Core i7 6700K CPU 4.00GHz / 64bit -32 Gb single 1067 Mhz DDR4 2133 - ASUS GeForce GTX 1080 8Gb - Samsung Evo 1TB SSD - Sound : Yamaha Speakers YST-M200SP Software:   - Windows 10 - X-Plane 11.55 Plugins: Global SFD plugin US$30.00 : Environment Engine by xEnviro US$69.90 : RK Apps XPRealistic v2 - US$34.99 Scenery or Aircraft - PAEN - Kenai Municipal Airport, Alaska by NorthernSkyStudios (X-Plane.OrgStore) - US$14.95   (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! - Scenery Released : EDVK - Airport Kassel XP by Aerosoft     Kassel Airport (formerly Kassel-Calden) is a minor international airport serving the German city of Kassel in the state of Hesse. It is located 1.9 km (1.2 mi) west of Calden, 16.7 km (10.4 mi) northwest of Kassel and is mainly used for business and general aviation. There is also a flight school, an ultralight flying school, and a parachuting school based on the site.   The airport has a CAT IIIb system on the main approach direction 27 and a CAT I system on the secondary direction 09. Landing with an airliner is particularly challenging one on runway 09 due to the heavy inclined runway. Thanks to the technology available in X-Plane 11, this distinctive inclination has also be implemented in the simulator. The surrounding mesh was also adapted together with Maps2Xplane in order to be in no way inferior to the original.   Features:     Detailed replica of the airport of Kassel-Calden     Custom colored orthophoto for the airport     Custom Mesh by Maps2Xplane incl. Ortho4XP patch     PBR ground textures     Realistic HDR lighting     HD handplaced vegetation     Adapted roads and autogen     Custom AirportVehicles     Custom animated approach lights     Custom static aircrafts     Full SAM compatibility         Marshaller         Seasons       With Maps2Xplane doing the quality textures and SAM features, it has to be a good scenery, but this is a small airport and the medium price reflects that. If you have a strong German collection then Kassel is certainly a welcome addition.   Images are courtesy of Aerosoft ______________________________________     Yes! the EDVK - Airport Kassel XP by Aerosoft is now available from the X-Plane.Org Store here : Airport Kassel XP Price is US$14.99   Requirements X-Plane 11 Windows, Mac or Linux 4 GB VRAM Minimum - 8 GB+ VRAM Recommended Current Version : 1.0  (September 17th 2021) ___________________________   News by Stephen Dutton 20th September 2021 Copyright©2021: 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 Review : Boeing 747-200 Classic by Felis Planes   As active service is starting to come to a close, the venerable Boeing 747 is stacked in history, groundbreaking and it all comes with the sheer changes the airframe has brought to the world, if even in the process in also creating the modern international aviation system we have today...  the greatest aircraft ever built?     As debatable as the title of GOAT (Greatest of all Time) is, and the sheer weight of the evidence that in the cases of the DC-3 Series, Lockheed Constellation, Boeing 367-80/720/707 and of course Concorde, could also be considered for the ultimate title, but except for the DC-3, most of the others were really for only the classes of the rich/elites of the world...   the Boeing 747 was for everyone.   I have personally flown on the Boeing 747 about 20 times, it changed my life (literally) in breaking up the huge distance barrier between living in Australia, and being born in the United Kingdom. That was the Boeing 747's ultimate contribution to the huge changes on the planet over the last 50 years or so. As the aircraft could and did create a population movement right around the world, like of which we have never seen before.   The aircraft broke so many barriers. It was the first twin-aisle aircraft or "Wide-Body" configuration aircraft, but remember also that the cargo loader or the Astroloader created for the 707, was then totally redefined as a complete super-sized cargo container to carry bulk cargo in the holds of aircraft for the 747 and it's compatriots for the huge numbers the 747 carried, again in totally changing the way we loaded and transported cargo in the air and in cargo movement on the ground...  remember from the very start the Boeing 747 was created to be a supersized cargo freighter for the military and actually not a passenger aircraft, hence the hump, it is there to create a full clear deck for cargo loading and for the ease of freight removal. But look at the silhouette, and it is a three deck perfection of transporting people and cargo to go pretty well anywhere that had a runway long enough to cater for it. The 747 also changed airports beyond recognition as well, to cater for the loading, unloading these huge passenger and cargo numbers it carried...  when a 747 lands, there is a lot to do, a lot to process to get the turnaround done and get the next huge load factor back into the air, just being around a Boeing 747 always creates excitement, watch one land after traveling thousands of miles, and it will still and always give you goosebumps.   So you just can't ignore the Boeing 747, and come to a simulator and all you would want to do is fly one. And that is the single most focused reason I am doing reviews in X-PlaneReviews right now, as all I wanted to do originally was fly the "Jumbo Jet", the "Queen of the Skies" or how does the "Aluminum Overcast" sound?  Oddly Boeing 747's are actually not thick on the ground in the X-Plane Simulator, as we have had no FS based PMDG B747-400 to gloat over. The original best versions were the X-Plane9 2d panel X-Plane Freeware Project machines, that were incredible for their time. Dr Gary Hunter also created (early 3d cockpit) versions of the -100 and -200 that got a lot of nautical miles thrown at them, but from then on it went downhill...  The early SSG Boeing 747-800's were (1) not the version I really wanted or a -400, (2) were very buggy in their early days, but certainly now a brilliant simulation of a modern B747 (but it took simply years to get there)...   the elephant in the room is the default Laminar (JRollon) Boeing 747-400...  to be honest..  it is dismal, okayish even back when it was released for X-Plane10, sadly it has not had much attention in the intermediate decade either (yes I know that sparky has done a Zibo on the default B747, but it is not really a full Zibo yet). Add in finally a few FS crossovers, and so sadly there is not much more out there to get your ultimate Boeing 747 fix, so it is simply not the best airframe that X-Plane has delivered lately. Then out of the blue in typical X-Plane fashion there are two versions of the -200 Series, one is still in development by JustFlight, and this -200 Classic version by Felis.   Felis Planes aircraft have been usually very, very Russian in context, like his last release of the Tu-154M and also an AN-24 and Yak 40. So a big brash American aircraft originally felt a bit of a odd context of a fit for such an Eastern-European developer... but here it is after 3 years in the making and development...  Boeing 747-200 Classic     The first question is "Why the -200?", why not the original -100 classic. For one the -200 Series was the real breakthrough aircraft of the early Jumbo's... to be honest the -100's were a bit of a disaster and only sold 205 aircraft. Boeing agreed to deliver the first 747 to Pan Am by the end of 1969. The short delivery date left only 28 months to design the aircraft, which was two-thirds of the normal development time. The schedule was so fast-paced that the people who worked on it were given the nickname "The Incredibles". Developing the aircraft was such a technical and financial challenge that management was said to have "bet the company" on the series when it started the 747 project.   The first 747 entered service on January 22, 1970, on Pan Am's New York–London route; the flight had been planned for the evening of January 21, but an engine overheated and made the original aircraft unusable. Finding a substitute aircraft delayed the flight by more than six hours to the following day when Clipper Victor was used...  and this was just the start of the no end of issues with these under-powered and difficult engines, add in that the wings also suffered oscillation under certain conditions. The strengthening of the wings was the easy part, but those Pratt & Whitney JT9D engines, of which was the first high bypass ratio jet engine to power a wide-body airliner were quite simply a nightmare in blowing up in flight, or being shut-down consistently, it created the scenario of having engines available to be swapped over constantly at the ends of service flights and it all created timetable chaos, overall the early JT9D's were engines too small for the largest airframe then flying and they were causing ovalisation, in which the stresses during takeoff was causing the engine casings to deform into an oval shape, resulting in the rubbing of the high-pressure turbine blade tips. This was solved by strengthening the engine casing and adding in yoke-shaped thrust links. The upgraded JT9D-7, with 197145,500 lbf (202 kN) of extra thrust was then the right powered engine for the airframe, since then the JT9D power-plant has flown more than 169 million hours. Production ceased in 1990, when the JT9D Series was replaced by the newer PW4000 Series.   The -200 model followed in 1971, featured those more powerful -7 series engines and it had a higher (833,000 lb (377.8 t) MTOW. Passenger, freighter and combination passenger-freighter versions of the -200 were all produced. The shortened 747SP (special performance) with a longer range was also developed, and that variant entered service in 1976. In reality it was the -200 version that created the legend, the global warrior, the workhorse machine that moved millions around the world... and now here is that -200 version in the X-Plane Simulator.   External Details To be honest, I was expecting something good from Felis, but on a first look of his latest creation... the jaw just dropped. We are used to another level of simulation, another level of quality in every new evolution of simulation, but "wow" this 747 is simply really something else.   The thing is, it was not just another new aircraft for X-Plane... it is the feel of the thing that gets you from the off, that 747 bulky feel and that heavy, heavy 747 vibe that you just didn't get before.     You forget how really big this aircraft actually is...  This is the hump 10 window version, a significant sign of the -200 designation. Yes the -100 had the extension from the original 3 window pot-boiler, as did the -300 have the 10 windows, but only the -200 had the 10 window configuration across it's whole production run.     And those magnificent Pratt & Whitney JT9D-7 engines, which are extremely well recreated here for your pleasure...     Surprisingly they feel quite quaint, even small to the whale mouth mega Ultra-bypass fan engines of today, but the current monsters were once started and are still related to these orginal powerplants of over 50 years ago. There are notes that the General Electric CF6 is also coming to this Felis aircraft, but no notes on if the Rolls Royce RB211-524 that also powered the -200 is coming. Internal inlet cowling soundproofing and nicely burnt JT9D-7 exhausts cones are of really great detail and engine authenticity.   Excellent detail shows the animated reverser airflow panels (arrowed) in that they all blank outwards to push the airflow forward on the reverse thrust function. The detail in here quite exceptional.     The best liveries are the ones that expose the aluminium hull, as they reflect and sparkle in the light, and look simply magnificent in the air.     By today's standards they have that vintage feel and look, and in fact look very 60's... but you are also sort of seeing the beast in it's raw form.   Modeling is very good, as is the fuselage detail, in all areas the NML normal mapping, or Dot3 bump mapping is really very good, in highlighting the wing and fuselage surfaces, the best locals are around the tail (which is excellent detailing)... with great fuselage ribbing that shows off the construction detail perfectly...  the mapping has to be very good to be effective, too deep and it does not look at all realistic, bump it out too proud and it looks even worse (one of the major failings on the JRollon default B747)...  but here on the Felis design it is fantastic in realism.     All wing access panels are noted as is the flying surfaces in their correct detail, I won't detail the Kruger flaps yet (not the usual Slat leading edge operation as on modern jet aircraft), but they are folded in nicely here. The Triple slotted flaps at the rear of the wing are again in the retracted (clean) position, but the flying surfaces are drooping nicely with no hydraulic pressure to power them.  The -200 has no winglets, so the wingtips are clean with a lovely aerodynamically modeled profile, the winglets eventually came as a visual signature on the -400 version. Modeling here is really really good on the detail...     One noticeable aspect though is that the main fuselage is just one 4k 4096x4096 size texture, and this smaller size becomes apparent around the windows and with the many jaggies on the liveries... the problem is the real estate size of the B747, in that blow up huge twin 4K textures for the more extreme detail, and that puts huge pressure on the framerate, it is a compromise, unfortunately it shows...     ...  Felis has gotten around part of the issue with separate textures for all the finer details, like the cargo door instructions below, which are highly readable...  it is a compromise you have to live with.     The towering cockpit windows always looked like a medieval helmet ready for battle, that thick green glass is really well represented here, but the metallic surrounds are a bit low-res and I have seen far better detailed metal window frames. Overall all the glass on the aircraft is excellent, the cabin windows are really nice up close with a slight frosted glaze and look very realistic.   I have always loved the Boeing 747's stance... It says BIG, heavy, heavy aircraft...     The extensive undercarriage assemblies are really good, fabulous even...      ...  they scream outwards of thousands of flight cycles, takeoffs and landings....  grungy, weather beaten, sand blasted, worn...      Hydraulic piping lines are excellent, as are all the hydraulic struts/links and the individual hydraulic rams cylinders (with all the correct information panels)... so the full inner and outer gear assemblies are highly realistic and well animated... boy how far we have come in a decade of detail and realism...     Nose gear is very good as well, I love the separate housing box of the runway turnoff lighting, and the small gear door notches to cater for a forward strut, great and 747 absolute detail...     ....  nicely raised and perfectly labeled "Goodyear" tyre logos, show off the excellent rubber on the aircraft, all small stuff, but it all counts in bringing too life a very and highly realistic Boeing 747...   even Joe Sutter would approve of all of this excellent work.   Static Elements Felis has took an unusual approach to providing ground vehicles and static elements. The B747-200 comes with a pre-set (.set) to use with the JARDesign "Ground Handling Deluxe" tool (you have to install the .set in the GHD plugin. There are some basic settings built in like Chocks, GPU (Ground Power Unit), Crew Bus, Ambulance and Fire Truck. But if you want the whole service system then you would need the GHD plugin. Oddly I find it an odd choice? I rarely use an Ambulance or Fire Truck? And with no Fuel Tanker to load in the fuel? very odd indeed, but this aspect and other default GHD items we will cover later.     The two lower main cargo hatches can be opened as well as the rear BULK door... but currently the main deck passenger doors don't open? But Felis has noted that they are just in needing to be finishing off and animated, so they will soon be all active as well in an early update.   Using the GHD however, works very well...   and effective.     Cabin We will board via the second left passenger door were the most of us in being mere mortals mostly entered the Economy class seating (first door left is for First Class/Business class)...  entrance is directly opposite is a galley...     ...  look left and there are the two upper classes, look right and the huge expanse of the Economy class seating greets you. No Economy Plus+ or Premium Economy was located in here back in the 70's. We will go to the rear and then make our way forward again...     ...   anyone of a certain age would recognise this cabin space immediately, it is nothing like the later -400 layout, of three or more classes. The rear toilets are certainly very recognisable! The 3+4+3 seating layout is complimented at points by just a twin seat arrangement... forward rear cabin and a few rows as the tail tapers inwards at the rear, this tapering in is excellent, and noticeable via the shaping of the overhead lockers to compensate.     The seating material is also very recognisable, inlayered blue here but the same thick wool (and back then comfortable) material could have been in say the oranges and reds of Qantas (they threw in a bit of yellow as well), or the gaudy American 70's browns, mustards and greens of the period. A passenger safety card is placed in the rear pockets. Door and sidewall paneling is really very well done, but I don't remember grey? it was more an off cream, biege and lighter brighter colour, but the original wall panel patterns are very well represented here if you get in close. Overhead locker detail is again first rate.     There is however this overwhelming feeling of greyness in all the cabins...  Mostly with the cabin divider partitions...  on a real 747-200, there would be a large screen here with those huge low-slung projectors hanging mid-cabin, or the airline logo or even a destination image...  so there is also the same factor as with the doors, or are these areas not yet completely or fully finished...   I would like to think the cabin needs a bit of something a bit more to break up the compounding grey.     Mid-deck has those coveted door aisle seats with tons of leg space, but they were also positioned by the toilets? with everyone from Mums with kids to the older infirm people standing and hovering around you while waiting to squeeze into the tiny interior toiletry space, oh and the sucking noise, hurrendous noise every time someone finished their business...  I would rather be right up the back and away from the noisy congestion.   Business class is actually small in a four row 2+3+2 layout, again the seats are luxurious in an old fashioned way in a darker blue this time.     The famous concave nose of the 747, was the prized zone for the rich...  spacious, all with twin abreast seating each side to the nose, the four rows of seats are the same as the ones behind in Business Class, but who cares...  again the overhead lockers are all individually created to fit into the curve of the ceiling, again so beautifully done.     Go back to the rear of the First class cabin and to the first left entrance door, and there is another 747 icon, the spiral staircase, and in here it is all finished in shiny polished steel...     ...  the staircase is steeper and tighter than you think it is...  I have been privileged to have been seated up here only once, it is more like the tighter area of Concorde than being on a 747... two abreast/three row Business seating has been installed up here and not the early fancy cocktail bar and lounges that lasted only for a few months before airlines realised how much money they were losing on the prized space. Oddly you couldn't see out very well with the sloped angle of the upper windows, so you looked more up than downwards. Roof detail is again extremely good, and there is a basic toilet behind the rear curtain...  but you really expected a galley area, and it again that hidden area looks little uncompleted and open.   Cockpit It is however through that cockpit door that we are interested in...  The tight cockpit door opens, but it won't open, if it is not unlocked from the cockpit Overhead Panel (OHP), but it also needs to be powered up as well to turn the handle, tricky if you are on the outside, and the power is off on the inside?     Once inside it is certainly a huge "WOW" moment! Look left and there is a jump seat (with a folded spare (not animated) in front). Look right and there is the coat hangar space with two oxygen (masks) bottles. Note the excellent cockpit door aircraft Airworthiness and Registration labels.   Into the cockpit and the crew space is SIMPLY unbelievable...  There is the same feel of the FlyJSim Boeing 727 Series, but the completeness in here is just astounding. There isn't just the focus on the Main Instrument and Engineer's Station panel elements, but the full detail in every aspect of a real Boeing 747-200 cockpit, overhead, to the rear, to the side...  everything is noted and completed in high full on detail.     The Engineer's chair also rotates forward ( a lot of the engineers would help the pilots by pushing up the throttles from the rear). Looking forward and the sheer complexity of the main panel, just bewilders your eyes, the Engineer's Station panel was complex, but looking forward it is just as bad...  it all gets very overwhelming.     Certainly any simulator pilot would look at anything new to fly with a greedy eye, to master...  "I will control all of this all so very easily"...   not so this time sunshine?     Seats are beautifully created with perfect materials and realistic period textures...      ...  inner armrests are animated to drop down, and the under seat floor tracks are really nicely done. Note the nice folds on the seat back materials.     We will put the power on early...  not on the OHP, but over at the Engineers Station (ES).   Statement: at this point as this is an early beta review I have no manual? that is still being assembled by Felis (on a recommendation that "you really, really, really need a manual for all of this!")...   so if I make the odd switch or system mistake, then I am working absolutely blind in here.   I am using the GPU (ground Power Unit), and not the on board APU (Auxiliary Power Unit), so as to not to use up the on board fuel. The GPU panel is roof upper left on the Engineer's Panel, and the DC main bus is mid-panel left, (Shielded) battery switch is on the DC Meters panel.     Power on and with the instrument and panel lighting adjusted...  Glorious!      But by switching switches and touching things you easily reailse that almost EVERTHING works in here, as all the systems are actually working and active...  here by example are the switches for the Compass (Magnetic/Heading) and the Altitude (Artificial Horizon) selection, and note that all of the switches around you are also actually working...  multiply that by this clockwork complexity and your head and eyes are very soon swooning.     Authentic yokes do look and feel very 747...  very nicely done, and with a working A/P (Autopilot Cancel) on the left arm button.     But can you hide them?  I looked everywhere, in the menus, on the tablets, and clicky, clicked the bases of the yokes until I couldn't click anymore? The solution? The instrument panel behind has a click zone "SHOW/HIDE YOKES" set directly behind the Captain's Yoke...  Duh!     Too easy, but I will say this, it is a great and very easy way to hide and unhide the yokes very quickly in flight, I used this panel switching plate a lot. The yokes are not set individually, but hide both together.     The main flying instruments are actually quite simple, and replicated on both the Captain's and First Officers (F/O) sides of the panel, the only missing item is the Timer/Chrono set out on the far left. The central Artificial Horizon is very authentic in detail...  known here as the Attitude Director Indicator (ADI), it provides a visual presentation of the pitch and roll attitude of the aircraft on a spherical display. The side scale shows glideslope, and localiser deviation is presented on the lower horizontal scale, and an inclinometer is mounted on the lower front face of the instrument. F-Fast and S-Slow indications are to the left...  and there is a slip indicator bottom...   you can test the ADI as well (arrowed below left). Left of the ADI is the Airspeed Indicator (IAS/Knots) with built in Mach counter top centre it is all very 60's/70's period in layout.     Lower centre Instrument panel is the Horizontal situation indicator (HSI), with Heading bugs and a built in Course Indicator, Miles (to go) and GND Speed displays. Left of the ADI is the Airspeed Indicator with built in Mach markings and settable bugs, Right is the Altitude Indicator and far right is a Radar Altitude dial, again testable (arrowed below).     Below is the TCAS VSI (Vertical Speed Instrument). This instrument is a dual digital instrument that combines the TCAS (Traffic Collision Avoidance System) display and the Vertical Speed Instrument. to the right is a backup Altitude Indicator...  and left of the HSI is the Distance Bearing Indicator (DBI) pointers for the VOR1/ADF1 (DME 1) and VOR2/ADF2 (DME 2). Like noted the F/O's main instrument layout is exactly the same. Top panel each side is an F/D - AP - A/T situation panel with warnings built-in, very similar again to the panel layout in the FJS Boeing 727...   Centre of the instrument panel is dominated by the clockwork engine dials...  4x4, for the four engines and their readout displays for (top to Bottom), EPR - Engine Pressure Ratio, N1 %RPM, EGT - Exhaust Gas Temperature and FF - Fuel Flow.     Left of the dials is a back up Artificial Horizon (with working adjustable pitch line), below is the main and highly detailed Annunciator warning panel. Right of the dials top is a Total Air Temperature (TAT) and EPRL - Engine Pressure Ratio Limit.   Then the familiar 747 (each wing) Flap Indicators (0-1º-5º-10º-20º-25º-30º degree) flap positions, bottom is a SAT - Static Air Temperature gauge. Right-centre is the main Gear Lever (UP-OFF-DN).    There are three gauges right panel for the F/O only...  Top is a TAS - True Airspeed (knots) counter, below is an excellent aerodynamic surfaces indicator (Elevators/Rudders/Ailerons/Spoilers) and bottom is the Hydraulic Brake Pressure gauge.   Built into the glareshield is an authentic Sperry Autopilot MCP (Mode Control Panel) unit.     The Sperry is very much a unit of it's period, and in reality a very basic autopilot for an aircraft of this size...  we will look at it's operation in flight. Each end of the MCP is the VHF NAV selectors NAV1-Left and NAV2-Right... far right is the MCP brightness knob, and both ends have a RADIO-INS switch.   Overhead Panel (OHP) If you love complexity in machines, then you will be in thrall of these early 747s. The OHP is complex, certainly there is no logic or ergonomics on the boards flows to aid in any speed and efficiency of the cockpit work load.     There is actually a certain pattern to the layout, mostly the engine controls that go down the board, for Fire (Bottles/Handles), Starting/Ignition in two columns, with an auxiliary panel down the centre column for Emerg Lighting, Intercom and Windshield Wipers. Left panel column has Hydraulics, Yaw Damper, Auto Brake, Anti-Skid... Right Column has Radio Master (Avionics), Stall Warning, Anti-Ice, Probes and Window Heating switches. The Inertial Navigation System (INS) uses three Carousel systems operating in concert for reliability purposes, and they are spread across the upper centre of the OHP. Bottom or the chin of the OHP is the instrument and overhead lighting knobs, External Lighting for Landing, Turnoff - NAVigation, BEACON(s), STROBE, WING and LOGO.   Engineer's Station Three man aircrews were normal throughout the 60's and 70's on international flights... Captain, First Officer and the Engineer. The one thing that overwhelms you is that the complexity of the aircraft is with these extensive layout of panels, that showed in it's very raw detail via the Engineer's Station, the unbelievable aspect is that they took all these systems and controls, and then remodeled (or automated) it all for a twin crew operation in the -400, most of what you see here was later hidden and revolutionised for basically the same aircraft with the same capabilities, astounding really when you think about it and the forward progress of automation on aircraft flight decks.     Top roof angled Engineer's Panel, and you have a very nice fluorescent panel above the station under an authentic period cover...   Top right is the APU (Auxiliary Power Unit) panel with Start/Bleed switches and "Fire" handle, and below the AUX POWER panel (GPU). Cabin Oxygen and Galley controls, lower is the DC Bus switches. Centre panel is the Air-Conditioning Panel and Packs (this goes on down into the centre section of the station). The four pointer gauges is the Engine Fire Detection Panel, with "Fire Tests" and "Squib Test". Wing LE Overheat (testable) and far right are the engine generators (Main and APU) Annunciator warning panels.     First to note that all the four engine readout dials (1/2/3/4) also all go in line right down the left side of the station...  with the Electrical (generator) Bus Panel top, with the Engine Oil Temperatures set below, with the main engine readouts going lower. Moving right along the centre section is the DC/AC Electrical Panel (battery). Next centre is the continuation of the above noted Air-Conditioning Panel and Packs systems with cabin pressure settings...   Next is the N2 (Pressure & Quantity) Panel, with the Undercarriage Brake Temperatures, Anti-Skid and Landing Gear Indicators. Far right centre panel is the Expandable Flight Data Acquisition and Recording System or (EFDARS), and again a panel that can be inputted and tested.     The base of the work station has to the left, the continuation of the four engine readout dials (1/2/3/4) in five rows...  N2, Oil Quantity, Oil Temperature, Oil Pressure and bottom the Engine Breather (PSIG). Center lower panel is dominated by the Fuel System, with Fuel Temperature, Fuel Pressure, Pumps, Boost Pumps and Fuel Quantity in four tanks and a centre (CTR) tank... Fuel Used counters are also available...  all the fuel readouts can be in either Pound (lbs) or Metric (Kg).     To the right of the base, is a APU HOURMETER, Leading Edge Flap Indicator, Body Steering (Gear) indicators, a Timer/Chrono and bottom is another Total Air Temperature (TAT) gauge.   Far right is the FUEL JETTISON (red) panel...  the panel opens up to access the JETTISON PUMPS, JETTISON VALVES and JETTISON NOZZLE VALVES...  Laid out on the desk is a chart covering; Altitude, Cruise Weight, and Optimum (Speeds)     Below the desk far left is a RADIO-Intercom panel and the LIGHTING controls for the Engineer's Station.   It is obvious that a study of all of the above and a learned  interaction is required before flight. Just switching switches and turning knobs will get you into trouble later (except for the lighting knobs)... as with everything, you have to break it down and understand how it all works. You wanted realistic complicated systems in the simulator...  well here they are.   Centre Console In context the Boeing 747 Centre Console feels and is more stubby than you would expect.     Throttle quadrant is set out up front and the Radio Panel is at the rear. Grungy, Dirty, Worn, Metallic...  the Throttle Quadrant is everything you would want it to be...     The assembly is sensational, four throttle levers and four fuel flow switches to cover the four-engined aircraft. The detail and quality of the quadrant is highly realistic...  The Trim wheels (operated by the switch upper left) are also exceptional, with their lit green direction and position indicators. Left are the Stabiliser and Trim Levers, with the Airbrake lever set rearward. Right hand side is the "Click, Clacky" clunky Flaps lever... and towering above are those four double handled throttle levers with their ceramic feel handles, four rear reverse levers are also hidden behind the quadrant... the front engine Fuel Flow levers have three positions "IDLE-RICH-CUTOFF".... perfection!   Rear centre console is top, and each side are the two main VHF/HF Radio panels, with the Autopilot Pitch and Roll knobs centre (Manual PITCH and ROLL wheels are only used for controlling autopilot pitch in turbulence, and they only work when the autopilot is in MAN mode)... Then down each side is the VHF 1 COM, ADF 1 and VHF 2 COM on the left, on the right is the VHF 2 COM and ADF 2 Radio Tuners.   Centred between the tuners is the third INS - Delco Carousel IV-A Inertial Navigation System. Below is the Transponder Panel, A great feature is the full custom intergration of the use of Saso Kiselkov’s Libradio and OpenWXR plugins...   and bottom panel centre is the EPRL Mode (Engine Pressure Ratio Limit) and A/T Mode Selectors...  right lower is the Bendix Radar Radar panel.     Rear of the centre console are the Aileron Trim Switches, large Rudder Trim knob (very nice), Warning Horn and Control Stand/Centre FWD Panel lighting knobs...  set into the rear of the console is a very realistic announcement phone.   Internal Lighting As expected the internal cockpit lighting is sensational...     Captain's, F/O main instruments, centre Engine Instruments, Instrument panel lighting, Centre Console and Overhead Panel all have separate adjustable knobs, the Engineer's Station has five adjustable knobs for gauges and dials, plus that huge fluorescent panel...  you can of course turn down the main under the glareshield lighting for the just perfect instrument approach feel.     Storm or the adjustable Dome lighting will light up the cockpit via four roof lights, there are two (adjustable) Map lights above each pilot, and one (Arrowed above left) to light up the Engineers table...  at the rear there is a clickable spot light for the rear jumpseat (arrowed above right). Overall the lighting is simply excellent.   The Cabin lighting is not however as good, as it is far brighter than even a Stanley Kubrick space film... It is extremely bright back here and certainly does not match the comfortable cockpit, and simply way too bright for a 747 cabin...  and externally it does not look realistic either...    less is more here please.     External lighting is very good, but there is not a lot of it compared to modern aircraft, for one there is actually no nosewheel taxilight?. There is however the boxed two turnoff lights, outboard and inboard landing lights, great wing lights, navigation (wing/tail) lights, upper and lower beacons and an illuminated tail light.     Tablet and Menus There are three tablets set on each side by the pilots, and one set on the Engineer's Station. The tablet is both an AviTab and the Aircraft's Menu system.     The tablet has ten icon options; AviTab, Load Calculator, Refuel, Payload, INS, GND, Fast Load, Check-Lists, Perform Calc and Options.     First icon is the standard AviTab, The AviTab has all the usual AviTab features including Navigraph intergration if you have a subscription, and the free AviTab plugin IS required for it to work.     Tablets are static in that you can't rotate the Tablet to a Portrait position. That said they are all positioned well for ease of use.   Load Calculator : Second icon is the "Load Calculator". Here you can set up the Boeing 747-200's Passenger, Cargo and Fuel loads, by using the scroll wheel on your mouse...   Everything can be adjusted to your liking, then all the preset weights are shown lower right in the "Final Results" box...   A super option is that you can use the "Show Loadsheet" (arrowed below) of the aircraft, but better still you can save it as a "TXT" file, that is then saved in the aircraft's root "OUTPUT" folder, and that Loadsheet can then be printed out for in flight use...  "Love it!".      Refuel : Third icon is your refueling/Unload Fuel tab...  Here you can set the amount of fuel you want in the B742, or insert the amount directly from the Loadsheet...   Then you call the (GHD) Tanker to Load in or unload the Fuel, If you can't wait, then there is the option to do an "Instant Refuel".     Payload : Fourth icon is your PAX (Passenger) and Cargo Loads...  Here you can BOARD, or DEPLANE your Passengers and Cargo in real time, or again do an Instant "Board - Unload" or "Instant Deplane and Unload". Again you can insert the Pax/Cargo numbers directly from the Loadsheet, but not the other way around (or changing the Payload sheet)?  Selecting BOARD or UNBOARD will bring the (GHD) Stairs to the aircraft.     INS : Fifth icon is the INS or Inertial Navigation System details. It notes the current coordinate position, a "Quick Align" option, Clear all Waypoints" and Open Flight Plan (X-Plane Default Flightplan list).     GND : Sixth icon is the GND (Ground Service) selection for the already noted GHD vehicles, and the place to open/close the two main and BULK cargo doors.     Fast Load : Seventh icon is the "Fast Load" tab. A very quick and simply way to load the aircraft, but importantly here is the aircraft's ZFW (Zero Fuel Weight) and CG (Centre of Gravity) numbers. And you can set the numbers by pressing the "> Write Into Sim" line.     Check-Lists : Eighth icon is the "Checklist" tab. The Checklists are excellent, highly readable and can be ticked "Checked" off as you go along. Start - Reset - Skip - Check - Prev List  - Next List, controls the menus...  and thankfully both the Pilot and Flight Engineer areas are highlighted (Arrows).     Perform Calc : Ninth icon is the Performance Calc (Calculation) tab. You can either load the data set information either by the "Loadsheet" or by the "SIM".  Airport and Weather conditions (or just the Weather), can also be read into the calculator There are two pages for "TAKEOFF PERF" and "LANDING PERF" including the required Stab Trim number for takeoff. Both the Takeoff and Landing Speed Bugs can also be set on the Airspeed Indicator. Notes include: "Stab Trim", "Init Pitch" (best Takeoff pitch in degrees) and Opt (Optimal Climb out Speed).     Options : Seventh icon is the Options tab. These are the various options you can use on the Boeing 747-200. They include; Nosewheel Uses, Nav System, UNITS, INS align, INS Source, Sync CPT/FO Gauges, Cockpit sound Volume and External engines Volume     Nosewheel Uses - Three options cover the way you steer the 747; TILLER/YAW/ROLL, I have become a huge fan of using the "Roll" function to steer aircraft, as yaw will move the rudder and the nosewheel as one, were as roll will split the rudder from the action, it makes it far easier to keep the aircraft straight on the runway...  it is more fun to use as well.   Nav System : In the Felis 747 you have the choice of two FMS - Inertial Navigation Systems or INS. The FMC or the X-Plane default system...  And both units pop out for use as well...     ...   Second INS option is the Delco Carousel IV-A Inertial Navigation System, called CIVA. It is an Inertial navigation system (INS) and a navigation aid that uses a computer, motion sensors  and gyroscopes to continuously calculate via dead reckoning the position, orientation, and velocity  of a the aircraft without the need for external references. CIVA does automatic navigation of up to 9 waypoints.   This CIVA is a custom version for the Boeing 747-200 by Felis, and not being the addon version by Philipp Ringler payware version. To date there is no actual documentation on how to use this custom CIVA, I will add in the details later when available or even do a separate "How to Use" review.   UNITS : Changes all volumes to either Imperial or Metric units INS align : REAL or FAST - sets the world setting to align the Inertial navigation system in real time, or instantly. INS Source : REAL or Sim GPS - sets the INS source to a Real world setting, or uses the X-Plane GPS settings. Sync CPT/FO Gauges : This option synchronises both or all Barometer settings. Crew Voices : OFF/ON - The Felis 747 has really great background cockpit voices and intercom sounds, well worth leaving switched on. Cockpit sound Volume : Adjusts the cockpit sounds 1.00 to 0.00...  not the usual 100%, but adjusted via the mouse scroll. External engines Volume : Adjusts the external engines sounds 1.00 to 0.00...  not the usual 100%, but again adjusted via the mouse scroll.   There is a secondary menu on the X-Plane Menu Bar...     This covers two of the Tablet Menus in "Checklister" and "Performance" Calc (Calculator)...     ....  but also allows you to hide the Tablets (a very good idea, as they can be quite bright at night)   ____________________   Flying the Boeing 747-200 There are a few quirks to be aware of, the first is an odd one...  in that the first view (W key) is set from the view of the Flight Engineer's position, mid-way between the seats...   so you have to do a keypad view save to put yourself back into the driving seat, hit the "W" key by mistake and you are always placed in the wrong seat...  very odd.     Startup this time is via the APU, Battery ON and start the APU for power. The only way to go quickly through the startup, is actually to go slower through using the Checklist(s)...      ...   The first two checklist pages are however the wrong way around, so you need to start on the PE page, then move back to the earlier Pilot's page once the power is up and running.  The checklists show what needs to checked or switched, but not actually where the items are, hopefully the manual will explain more when it comes, but otherwise I found it actually easy to set the aircraft ready for engine start, and far easier than I thought it would be by running simply down the checklist. There is however a huge amount of this "Checking off" to do... and there are loads of areas to test and to make sure everything is working as it should... the system detail in this Felis 747-200 can easily become overwhelming. To note even small things like the Engineer's Station Baro (both of them) has to be adjusted, miss that and the cabin (pressure) settings are wrong?     Bleed is another tricky one...  you have to push the bleed air from the APU through to the engines before you start them, but what is the right bleed flow to the right areas? Basically if you set up your bleed valves like this (below, and mostly all closed)...  then you should be good to start the engines.      Open the "Start Valve" clip and switch to ARM...   every action should now be acknowledged by a voice (if you have the Crew Voices option switched on) and very good they are...  Boeing 747 engine start sequence is 4-3-2-1, or 4---1 if you only want fewer engines to taxi or for pushback. Notable there are none of those no huge pull knobs like in the -400, as in the -200 it is just an "ENGINE IGNITION" switch that has to be held down until the "Valve" Open" light comes on...  over on the EP then the engines N2 output should start to rise...     .... when N2 gets to 20% then you click up the pedestal Fuel Flow lever, and it clicks wonderfully down into place with a satisfiying click. Every action is spoken out as you go along "Start Valve Open", "Engine Four Start" and so on... it is all quite brilliant. It is easy to do the Engine start on the OHP, then move to the FE panel, then at 20% turn around and switch on the Fuel Flow, as you will need to see that N2 counter that is not present on the main instrument panel.     As each engine powers up then the sounds come in...   it is quite quiet on the flight deck, but the startup and running sounds are excellent externally (engines sounds are by Turbine Sound Studios). Not as loud as the 60's vocal engines, these bypass engines are much more quieter than those old pure jet engines of a decade ago, and ushered in a new era of less noise around airports, but you might have to adust the % to get the right external sound feel.   Now with the engines running you have configure all the systems on the FE Panel, Electrical - left, Packs - Centre, Hydraulics - right and Air-Conditioning Panel - top. It is a bit like a "wack a mole", with any really brown lit warning "Press" light... it is then targeted and extinguished, Green is good.     Pressing some switches, makes other dials come alive, slowly but surely this massive B747 comes to life.  the detail is amazing...  drop the flaps (5º) and the FE board now comes to life, as you see the hydraulic pressure being diverted, and the flap extension is shown on the FE display...     ...   the 747 now feels so alive!   Notes include the Takeoff Trim and the green band shows you your safe zone for the T/OFF Trim to be correct...  here it is set to centre, and not to the correct takeoff setting...     ...  and there are the three  A/T MODES, of EPR - MACH - SPEED and selector EPRL (Engine Pressure Ratio Limit) and it all works with the thrust setting knob in TOD - CON - CLB - CRZ and GA modes, Also note the two Flight Directors on the glareshield for each pilot.     The announcement and intercom system is excellent, press a button for an announcement, but with some you can't hear it in the cockpit, but very well in the cabin...  very authentic. The Crew will also call you in the cockpit and the "Call" light will come on... to interrupt any announcements (or kill it), just hit the FLT INT button, overall it is a really great and realistic system.   _________   Engines running and your now gulping down A1 like no tomorrow, so you can't sit here messing around...  Flaps to takeoff 5º and those lovely Kruger leading edges unfurl...  sounds are brilliant as they whine out separately, very, very realistic...  the B742 is finally coming alive...     It is very important to now to set the A/T EPR Mode to ON, rear pedestal... if not when you want to activate the Sperry Autothrust, it won't work unless you set the selection beforehand and the TOD first selection know as "Take Off Dry"...    You forget on how high you actually sit in a 747 cockpit, it is at between 7.56 to 7.90m above the ground, so the view is commanding, but you have to adjust your thinking in the way you move the aircraft around on the ground, and remember the huge bulk of machine behind you as well.     Tricky is using the Parking Brake...  you have to not only to release the Braking Brake switch, but also tip both rudder pedals together (or use the (Standard) brake to finally release the brakes, if not the big 747 will stay quite solid...  when release the voice will note that the "Park Brake" is off...     ...  this is also a good time to check the aerodynamic surfaces indicator (Elevators/Rudders/Ailerons/Spoilers) and via the Yoke and rudder movement, as the Hydraulic Brake Pressure gauge is set below. Three choice TILLER/YAW/ROLL actions are great, as noted I use the "Roll" function to steer aircraft as my preference, but the hands on Tiller option is also very good.   Take-Off Trim is set a 4.5º, and very nose down in the lower forward green zone (important), the "Stab Trim" unit is noted on the tablet Performance Calc page as noted, and then the speed bugs are now also set.     Everything set, and it is time to push all four of those magnificent throttles slightly forward...  and the huge bulk of the 747 starts to move...  you certainly feel the size and weight with the amount of power on the throttle forward position required to move the aircraft.     "Hey... outta my way, I am so much bigger than you!" You trundle along and everything feels so right with this huge Boeing...     It is important for takeoff that the (Three) Air-Conditioning Packs are now closed (for more power), but you have to switch them off slowly, or space the closing of each valve by one at a time. OHP requires the ANTI-SKID and BODY GR STRG switches to takeoff.       ....  the feel and everything is just SO right...  this is such a real 747 experience. Another Speedbird aircraft is lining up ready to go onto Barcelona's Rwy 07L, decades and 50 years apart, but both aircraft are doing the same route and service BCN-LHR.     Onto Rwy 07L and you are partly nervous, okay a lot nervous...  this is a BIG aircraft, complex and unforgiving.    Power up to move the giant forwards, and that familiar thunder powers away in the background...  747's have a very distinctive feel, certainly on takeoff and the initial climb out. Those Kruger leading edge flaps are like barn doors in the air. So you have to find a balance between the heavy Kruger drag (even at only a º5 Flap) and the power available...  On a -200 unlike the -400, you have far, far less thrust available, and the trick is to not rotate too high on rotation and slowly...  if at near TOW (812000 lbs) with a lot of fuel, then you can be eyeballing the fence before grabbing the air, here at a far less TOW (554514 lbs) weight, so it is not as much an issue.     Once moving...  you switch on the EPR (TOD)...   this will automatically set the correct thrust and speed required for takeoff, the EPR mode light comes on the A/T display... Speed and Mach will not work as the TOD setting only holds the take-off power %. My takeoff speed is set a little higher at 189 knts, but most pilots set it at the rotate speed.     V1, Vr then V2 +10 (164 knts) you feel the stick back and the huge 747 bites into the air. Once "Positive Climb" is called you make sure your speed is slowly climbing upwards, and you change your forward speed more to say around 235 knts.       You are extremely aware of your pitch and speed on the sharp turn out of Barcelona, of which you watch both like an eagle, once in clear air you can retract the (Kruger) Flaps, and be careful of the extreme speed acceleration, as with the drag disappearing the B742 will accelerate quickly...  Rate of Climb can be 2,000 fpm, but that really depends on the weight...  if heavier then around 1,800 fpm is the best and 1,500 fpm if really very heavy... and clean the B742 is a very fast aircraft, around 250 knts is the usual lower altitude speed.   The EPR is now switched to CLB (Climb) mode and you can now adjust the V/S...  a note that in other EPR settings you can get a A/T disconnect when using the V/S (or non-movement of the V/S wheel), so it is VERY important you do have the correct EPRL selection selected, so a serious study has to be done to understand the array of A/T Modes and on what each EPRL mode does or what it can allow you to do on the Sperry A/T facia...  confusing?   Yes very and certainly in those very, very extreme high workload areas of takeoff and landing...  The system is known as the "Full Flight Regime Auto-Throttle System" (FFRATS), as the earlier B747's only had just a more basic IAS System and the FFRATS is very well modeled here by Felis.     ...  once in a level flight you can switch back on the AIR-CON PACKS (All three in sequence), and turn off the ANTI-SKID and BODY GR STRG switches on the OHP and the passenger "seat belt/smoking" signs. Now you need to control of the speed, so the A/T Mode is set to SPEED - CON (Continuous) and now the throttles will follow the set speed.     Select your AUTO PILOT ENGAGE (Command) left or right, but not both) and set to either HDG (Heading) or VOR LOC (VOR-LOCK) if using a VOR radial. To connect into your flight plan (CIVA or FMS), you switch on the INS switch for both pilots, situated far left/right of the glaresheid (RADIO-INS switches between your RADIO frequency or FMS-INS system) and turn the lower selection switch to INS, in most cases you would have to do a DIR-TO edit on the FMS to get the current waypoint selection...  here you are to a point flying blind as these early 742s don't have a navigation display to show you your route? there is no helper pop-out panel either.                          With the hard turns done on the BCN NATPI 1N Departure, it is time to climb to altitude...  again the decision is based on weight, a heavy TOW will mean a lower altitude, then a stepping up to your cruise altitude (after burning off some fuel/weight), or like here in going straight up to FL 360 (36,000ft) with that now set with ALT SEL (to hold the altitude when acquired). Back to EPR and and select IAS, this will climb the aircraft at the best vertical speed, and hold your current speed at the same time...  however I found the aircraft hunted badly between holding the speed and the vertical speed, but you can also use the V/S selection under CLB (Climb), but remember to adjust the climb power as you lose A/T control, and I found that far more smoother and I felt more in control with the V/S choice. (note this is a beta, and the IAS climb aspect may be refined in the release version)     There are a few considerations with Felis's Boeing 747-200...  as noted the cockpit workload is horrendous, and you can't hide that fact, as you are a single entity doing the work of three people in the cockpit, the checklists really help, and hand created flow charts really help as well...  but it is not easy?   Framerate is also quite high, with xEnviro switched on I was down in the middle/low 20's of framerate, and it is not a nice place to be, so if you have a weak computer you will certainly struggle, there is a lot of bulk and complex systems working here, and it shows on the Plugin Admin Performance charts (I as again will note this version is a beta I am flying... so the release version may be more refined, but I doubt it).     The Boeing 747 is not called the "Queen of the Skies" for nothing...  it is a magnificent aircraft in the air. Sounds are very good, but the cockpit far removed form the engine sources and so it is generally quiet sitting up front...   The 747 is a long distance performer, and the aircraft is in it's total element in this aspect.   One area you don't want to get yourself into is when you get a nasty pitch, it is a nasty 747 trait. So if you see a severe nose up position, you pull the power back and get the nose down and quickly, as you can't power your way out of it, and as in most cases you will lose the aircraft... so use the eagle eye consistently on climbing to watch that speed above everything else, always keep the 747 level, smooth and fast with no sudden rises in the pitch.     A total of 393 of the 747-200 versions had been built when production ended in 1991. Of these, 225 were -200B, 73 were -200F, 13 were -200C, 78 were -200M, and 4 were military. Remember the two VC-25As "Air Force One" aircraft are also based on the -200 version.   Performance: Max Speed is 939 km/h (507 kn), but Economy Speed is usually around 907 km/h (490 kn) or around M.85. Range is 6,560 nmi - 12,150 km[c], most will think the -200 can fly the distances like the -400, but the later aircraft's range was quite more substantial at 7,730 nmi - 14,320 km(c)...  The differences were shown in the earlier -200 flights to the later -400 flights from Australia to Europe, the -400 would stopover only in Singapore to refuel (I once did an epic Narita (Toyko) to Heathrow (London) service, but the average Australia to Europe -200 service was Australia - Singapore - Bahrain - Europe, so that extra fuel stop back then was always required.   This BCN to LHR is only 707.09 mi (1,137.96 km) so I am not really pushing the aircraft's performance envelope in this review...   notable is that there is no MACH conversion on the Sperry or the Speed Instrument, so it is quite hard to home in on the exact .M speed.   So once at altitude (make sure you "Hold" the altitude by selecting "ALT HOLD), you can then hold the .M (Mach) as well...  you can't actually select a mach speed, so you have to adjust the speed to the .M you want (.840) then select the A/T Mode "MACH" and the CRZ setting to "HOLD" it at that speed (only the IAS speed can be actually changed and selected in the SPEED mode).     You feel the weight of the aircraft as you descend as well. You also have to make the decision to go down as well as there are no NAV MAP markers or TOD helpers, it all has to be done via your own maths heightxspeed to distance. As the immense Boeing falls the speed will rise considerably so you have to control that aspect also, mostly by using the airbrakes...  2,000 fpm is about right, descend any faster and you will struggle to control the speed...  after a few flights though and I was able to descend without using the airbrakes, while still keeping control of the descent speed.     The Tablet supplies all the "Landing Perf" preferences for (F) Flap positions, landing distances and speeds... the speed bugs can also now be set ready for landing as well, no need to shut off the Air-Conditioning Packs on landing, but the ANTI-SKID and BODY GR STRG switches still need to reactivated.       Heading into the landing circuit for EGLL Rwy 25L, I reduce the speed (185 knts) and extend the flaps 10º, the buffeting starts and so does the drag again, but the B742 is very stable...  going back a decade and the differences to the earlier XPFW B747 is huge, but the same 747 feel still shines through over the age.   LHR is directly ahead, but then sitting over my right shoulder as I turn to BIG VOR (Biggin Hill) at OCK (Ockham)...     ...  I am using the ROXOG 1H chart, but the 25º approaches are always messy to avoid the built up areas of London.     ON the final turn into 25L at NEKSA (waypoint) I drop the gear with a "thud, thud, thud, thud", I can't see the engineers panel, but I do get the three "Gear Down" okay lights on the panel... take a chance to marvel at the detail of the gear, with the outers hanging backwards ready for an early touch. Still tons of work to do...  as I turn into 25L I select the ILS and switch back the RADIO-INS switches (both sides) to connect into the glideslope. Coming quickly into the Glideslope my speed is perfect (as noted by the FAST-SLOW indicator) and so I switch on the auto- LAND.     On finals the full triple slotted flap system is revealed...  triple slotted flaps extend downward and rearward away from the wing in three sections. The trailing edge of one section forms a duct with the leading edge of the section behind it to force air down and over the top of the flap, also known as "Fowler flaps", which increase the area of your wing by extending out on rails or tracks, and the 747 takes the extended Fowler flap idea to the extreme...       ...  the classic 747 "Bird of Prey" look with those huge talons hanging below as you are now slow at a 152 knts and swooping into the airport.   Initial Buffet Speed is around 100 knts, after that you stall and fall out of the air. I will admit to using the SPEED A/T on the final, I have landed with the A/T off and manually bringing the aircraft in, but using the SPEED does help with the workload, and if you get your manual thrust position wrong (even slightly), the 747 will easily float and not flare correctly, again it needs practise and skill to get the flare right.   "If you are not nervous at this critical point, then you will still get ending up with that frighting feeling soon"     Over half a century this was a familiar image of a BOAC/British Airways 747 arriving at Heathrow...  sadly it will be so no more.     But in X-Plane and with Felis's marvel, you can keep the flag flying a bit longer...  the outers touch first, then the inners and the runway is now again holding the aircraft, the power comes down and so does the nose, quickly you pull the reverser handles to unleash the reverse thrust, and very effective the reverse power is as well, as is the AUTO-BRAKE OHP...  sitting this high, your down, but it still looks like you are still flying way above the runway!     Reverse engine thrust noise is excellent, as are all the sounds here, the airbrakes also pop-up on touch, but I will admit, that setting the "Armed" position is very ambiguous, sometimes the airbrakes act, and sometimes they don't, the lever needs a more of a "thunk" and "chunk" feel to know they are armed correctly?       Speed rubs off very effectively, and you only need a light touch of the brakes to slow down, the really slow landing speed of around 150 knts really helps in this aspect. Suddenly the 747 again feels as big as it is, as you taxi into the older Terminal Two complex...   it was home to BOAC after all, and a newer British Airways -400 crosses your path, that is how big a 747 is on the outside.     My bay is 325, and the 747-200 is a (very) tight fit... external power via the EP, and engine shutdown...  and thankfully the thirsty fuel counters will finally stop revolving, Greta Thunberg will now be more happy with you...     ...  now you can watch (very slowly) as your aircraft deplanes, love that, but it takes a lot of time to do so in real time.   Complex, heavy workload, loads of checklists, powerful, demanding... Felis's magnificent Boeing 747-200 is everything and more!     Liveries There is a HUGE selection of liveries for this Felis Boeing 747, as there is an army of painters creating pretty well every livery you could think of, with a smatter of the Classics and late 80's and even some modern liveries...   Download quality can be quite variable as some like the KLM (In three states of wear) are simply excellent, but I saw some with some very poor lines and very average texture detail...  but most presented are simply excellent. These are the default liveries provided in the package; Aerolíneas Argentinas - LV-MLO, Avianca HK-200e, Japan Air Lines JA8113, KLM - PH-BUE, Korean Air Lines 80's, Pan Am Old - N728PA, Qantas - VH-EBL, SAA - ZS-SAM, TWA N304TW, United Airlines N160UA and Virgin Atlantic - G-VOYG...   there is a blank livery and a paintkit available.     The selections available are really quite wide, and should really cover everyone's taste and requirements, a few are noted here are my personal favorites; Qantas 82 (Brilliant), Scandinavian Airlines System (SAS), BOAC, British Airlines Landor, TAP, Aer Lingus, Cathay Pacific (Spirit) and City of Everett, notable is that the launch livery for the Boeing 747 was for the -100 model, but it looks brilliant on the -200!   ___________________   Summary If one aircraft is worthy of the title of "Classic" it is the Boeing 747-200 Series. Not only in the significance of the way the aircraft literally  changed aviation, but pretty much in every aspect of the modern world we fly in today, the significance of also being a GOAT or the "Greatest of all Time" is also a timely reminder of the changes in the world since the aircraft's debut in the early seventies, and more so after the debacle of the earlier Boeing 747-100's introduction.   Felis Planes aircraft have been usually very Russian in context, like his last release of the Tu-154M and also an AN-24 and Yak 40, so a big and significant aircraft such as this Boeing 747-200, is a very brash departure for him.   This is a project that can not to be taken lightly. These where the "on the cusp" aircraft between the older clockwork and valve style aircraft to the glass electronic/ECAM cockpits of today, and they are seriously complex machines...  probably the most complex airliners ever created with their three person crews and the myriad of exposed systems. You have to admire any developer who wants to take them on and deliver these labyrinthine monsters in code, and that is also all for you to work out and understand... the workload in these aircraft is simply staggering, as to note as you are only one person entity, doing the flying for three people.   What is delivered here is an outstanding simulation. Modeling wise it is complete and excellent, and even overwhelming in it's delivery of a fully functioning 70's aircraft cockpit with the classic JT9D-7 engines and excellent fully modeled quad landing gear bogies. Fully completed cabins of three classes also delivers that early classic 747 experience. Both AviTab and the JARDesign GHD (Ground Handling Deluxe) plugins are used, with excellent interactive tablet tools and those invaluable checklists, notable is both the standard X-Plane FMS system and a custom three place CIVA INS (Delco Carousel IV-A Inertial Navigation System) are also installed as is Saso Kiselkov’s Libradio and OpenWXR plugins. Overall brilliance can be seen everywhere you look, period systems, excellent lighting, active switchgear and most of all that classic 747 feel and quality.   Notable is that there is a lot going on here, so framerate on the size of the model and it's complexity can be hard on light computers. The cabins are a bit plain and very, very over-bright (so work is still needed there), and currently the main cabin doors don't open (the three cargo doors do), but Felis notes that updates will follow quickly and soon...  a save between flights would be a really nice option as there is a lot to reset every time before a new flight.   Certainly not an aircraft for the uninitiated, and even the pro's will need a lot of time to work through the complex procedures and the special distinctive 747 flying behaviors... certainly the Felis 747 delivers a massive reward for the ones that dedicate themselves to the machine, and you could even float the idea that the aircraft is a new era step up in complexity for not only the X-Plane Simulator, but for simulation as a whole... a big statement... but then this is a massive aircraft, a totally overwhelming aircraft, but an incredible amazing simulation...  Highly regarded and recommended. ___________________     Yes! the Boeing 747-200 Classic by Felis Planes is now available from the X-Plane.Org Store here :   Boeing 747-200 Classic Price is US$70.00   Features Accurate systems: electric system with all its buses and current calculations fuel system, that requires proper fuel management fire detection system with dual loop sensors 4 channel system pneumatic system with actual pressure calculations custom pressurization and air-conditioning system fully custom autopilot with autoland function autothrottle system separate from the autopilot with EPR limiting system radios are powered by Totoriko's libradio and openWXR plugins, fully integrated into aircraft's systems FMOD sounds (engines sounds by TSS) crew voices Detailed modeling: fully modeled exterior with lots of accurate animations passenger cabin highly detailed cockpit with each button, switch and knob functional historic liveries of the most known airlines, ever used 747-200 PBR textures Electronic Flight Bag: fuel and load calculators refueling and load managers ground service controls INS helper to align and manage flightplans performance calculator automatic checklists Fully custom Delco Carousel IV-A Inertial Navigation System (CIVA INS) 3 CDU units works separately  triple-mix mode REMOTE function to populate waypoints and DME info single and dual DME update function fully integrated into aircraft system, no separate plugins required Upcoming features: VR support Shared Flight and SmartCopilot profiles LTN-92 nav system custom failures more details and animations in cabin   Requirements X-Plane 11 Windows, Mac or Linux 4 GB VRAM Minimum - 8 GB+ VRAM Recommended Download Size: 1.1 GB Current and Review version : 1.0 (September 16th 2021)   The AviTab Plugin is required for this aircraft Ground Handling Deluxe Plugin by JARDesign is highly recommended   Installation and documents: Download is 1.06Gb. Installation size in your Aircraft folder is 1.78Gb. (with the set of custom twelve liveries installed)   Documents Felis_747_Autopilot.pdf Normal_Procedures.pdf INS.pdf 747_Cockpit.pdf It is highly recommended to read all the documents before flying the B742 aircraft, it's systems are complicated and require study to understand the procedures before using   Most of the liveries in production or completed can be found and downloaded here...   742 Liveries (Google Drive) _____________________   Aircraft Review by Stephen Dutton 17th September 2021 Copyright©2021: X-Plane Reviews   Review System Specifications:  Computer System: Windows  - Intel Core i7 6700K CPU 4.00GHz / 64bit -32 Gb single 1067 Mhz DDR4 2133 - ASUS GeForce GTX 1080 8Gb - Samsung Evo 1TB SSD - Sound : Yamaha Speakers YST-M200SP Software:   - Windows 10 - X-Plane 11.55 Plugins: Global SFD plugin US$30.00 : Environment Engine by xEnviro US$69.90 : RK Apps XPRealistic v2 - US$34.99 : Ground Handling Deluxe Plugin by JARDesign US$14.95 (recommended) Scenery or Aircraft - LEBL - Barcelona XP by Aerosoft (X-Plane.OrgStore) - US$27.99 - EGLL - Airport London-Heathrow by Aerosoft (X-Plane.OrgStore) - US$29.99   (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 Update : Citation CJ4 Proline21 v1.07 by Netavio   Refinement... it is a big word. Notable is that anything in X-Plane is under consistent refinement, nothing can be or will be ever completed, unless it turns into abandonware. But if you are going to ask for money in a payware context, then should the product reach a certain standard in quality, to a point yes, and certainly if that product is expensive. A few developers have turned that notion on it's head, and notably Magknight with their Dreamliner...  In this case it feels uncompleted, missing vital areas, no matter the values and delivery of it's developers, so are you getting a great deal out of the production in paying up front? that aspect is debatable... its your money though, but overall I don't fly Magknight's Dreamliner that often, because mostly there are far better and more highly developed aircraft to give my attention to, so who really wins in that aspect?   Another way of looking at a release is the one that has reached a certain stage of it's development, and in reality the developers have released the aircraft early, but if they do follow up updates quickly, and do focus on it's early shortcomings, then is that product worthy of consideration...  in this context is the Netavio CJ4.   Let us be clear as we were in the release review; Aircraft Review : Citation CJ4 Proline21 by Netavio That the aircraft is focused totally as a learning and training tool for Citation pilots, so the focus here is on the systems (Proline 21) and the flying characteristics of the aircraft. It was never to have an X-Plane wrapper around it, but the developers Netavio decided that may be actually be a great idea.   The resulting released aircraft back in June 2021 was in areas extremely great, but in a few areas not really a focus for simulation pilots. But this was and still is notably an experimental aircraft or custom build in progress. Since the release there has been two quick successive update releases, v1.06, and now currently v1.07. So lets us look at what has been done...  first and most importantly are the new sounds, the release aircraft came with only default sounds, and in the review it was noted that a custom sound pack was coming... and so we just ignored them. But ignore them no more as the new sounds introduced here in v1.07 are FMOD High Resolution 3D audio soundscapes by SimAcoustics, they are also recorded real world engine startups and in flight aspects that were sampled at high resolution and mastered in 3D. Just do the start up procedure in the simulator, with the now familiar Williams FJ44-4A whine and it is simply all consuming gorgeous.     The one aspect I have come to respect in simulation is aural, high-fidelity of sound, mostly with add-on sound packs. To note developers think visual, but get the sound right and it can add in far more to the right environment and towards the feel into an aircraft than anything else... here it transforms the CJ4 right up there and into another loftier category, on the ground, in the air... but the best acoustics are in the cockpit, and brilliant in flight, with all the rumblings and wind noise you expect...  it certainly transforms the total feel of the aircraft.   The CJ4 also looked a bit bland in the flesh...   which was a distraction, because up close the details were actually very good. Again the covers have been redone to a much more very higher quality HD (High-Definition) 4K Paint Liveries, and the differences show.   Lines are far, far better...  there are still some jaggies, but you now have to get in really, really close now to see the sawtooths, from most angles they are not at all visible, the better quality also shows of the curves and the lovely shape of the airframe, the new Hi-Def covers now certainly do the Citation CJ4 better justice.     The CJ4 is lovely thing in the air...   helping the cause is that a lot of the trims have also had some nice attention...  the cockpit windows have been all screwed up, but in an assembly way, and not in a bad way...  with the screw detail now visible all around the frame.     Ditto those lovely leading edge chrome covers, now again the screw detail has now been added, and you get a far more realistic detail. Note the nice leading edge air slits for Ice-Protection, detail, people...  detail.     The wing fuel cap detail has also had attention, with a lovely metallic cover.     So all of these touches adds up to less blandness and a lot more realism, the CJ4 looks far better and feels far better for the changes.   Another area that required attention was the internal lighting. The cabin brightness level was originally off the charts...     ...  to something thankfully now more internally realistic.     Still the cockpit brightness is still far too bright for realistic decent night-time landings, it is said to be under development and a rethink of the cockpit lighting, but this aspect should have been addressed far earlier for a pro simulation.     One area the lighting has improved is the better display and button text lighting...  you can now more easily take the full brightness out of the displays and button text, and it gives the panel a more realism feel, I liked it a lot...   certainly would be a big advantage in a low light cockpit environment, hence again the urgency of the cockpit lighting development.     Another big feature is the introduction of pop-up panels, situated in the Menu bar/Plugins...  again notable for the custom cockpit environment. Currently (there are more coming) is the featured DCP (Display Control Panel), FGP (Flight Guidance Panel) and CCP (Cursor Control Panel) panels.     All pop-out panels have a (Citation) unique feel, and they look and do feel excellent, and can be massively scaled in the screen, but can also be made into a "Window" format...     The touch (control) aspect is extremely good as well. (red) Hotspots note an action or button access, either scroll right or left, or inner and outer rings, the centre position is to "Okay" or to initiate an action. Once used you don't want to go back and fiddle with the small DCP/CCP panel manipulators...     ...  and again the pop-up panels can be scaled and moved around for ease of use...   a great sign is of the more coming features to the aircraft. In the same (Citation) style is the Custom Collins CDU-3000 avionics and it's custom panel and a CJ4 AUX Panel (to replace the odd key numbering system).       This will also include an external physical GPU (Ground Power Unit). Other notable changes are the FADEC power delivery calibration, and Master Warning and Master Caution updated trigger functions (arrowed below).     Let us be very clear... this is an astounding flight model on the CJ4, as it was the project's focus and it shows. As every time you leave the ground, in this case flying ELLX (Luxembourg) to LFMN (NIce) you become simply unadulterated by the feel and realism of the aircraft.     Citations are brilliant aircraft to fly, and this CJ4 is exceptional, the control feel and feedback is perfect, and it is a very smooth aircraft to fly.     I am even getting used to the slab gray panel facia, that will certainly benefit with the more authentic coming Collins CDU-3000 avionics, the earlier ProLine21 avionics are already primed nicely (but can be at times hard to read), but they are very functional and authentic...   _________________   Summary Released only a few months ago in early June 2021, Netavio's Citation CJ4 was a very unusual hybrid. Created as a learning and training tool for Citation pilots, the focus here is on the systems (Proline 21) and the flying characteristics of the aircraft, and in both those aspects it was and is still is completely outstanding. But for a simulator pilot, there was areas it was say...  a little weak, always a discord for first time simulator developers, but in this case even more awkward because a 3d model and replication of the aircraft was not part of the initial brief.   The focus is still on the custom aspect of the aircraft, with new DCP (Display Control Panel), FGP (Flight Guidance Panel) and CCP (Cursor Control Panel) panels and more coming 3d pop-up and windowed panels (on a menu/plugin access). But the biggest handicap was the default sounds, now completed and installed with FMOD High Resolution 3D audio soundscapes by SimAcoustics, and superb they are. Better finer details with hi-quality screws on the leading edge and main front window frame, and fuel filler cap highlights. All liveries are now 4K Hi-Def quality and it shows the differences to the earlier jaggy bland feel to the aircraft... lighting (cabin) has been toned down (a lot), but the poor cockpit lighting is still a much needed WIP (Work in Progress). FADEC power delivery calibration, and Master Warning and Master Caution updated trigger functions have also had some attention.   No doubt Netavio work fast, and these twin updates really changes the Citation CJ4 completely in a very short time from a simulation pilot's point of view. A custom Collins CDU-3000 avionics and panel and a CJ4 AUX Panel are coming soon as well to add into the overall experience. Notable that features like good sound and 3d menus should have been implemented from the initial release, certainly at this price category, but Netavio learn and work fast to cater for a completely different audience, to the benefits of both parties...  overall, this Citation CJ4 coming along really very nicely to be a superior simulation for the X-Plane Simulator. ___________________________________     Yes! the Citation CJ4 Proline21 v1.07 by Netavio is now available from the X-Plane.Org Store here :   Citation CJ4 Proline21 Price is US$49.95   Features Include: NETAVIO quality 3D model Detailed exterior, cabin and cockpit design 3D model includes a good balance of 3d polygons for fast frame rates on laptop computers 2 luxurious passenger cabin design options  Functional baggage doors as well as battery, GPU, hydraulic, and fuel panels 4K PBR textures by acclaimed Digital Artist David Rencsenyi, (Star Wars Episode VII) 8 gorgeous 4K liveries included Paint kit included Smooth and VR friendly avionic panels, animated switches, knobs, flight and throttle controls High Resolution Aerodynamic model Aerodynamic flight model accuracy within 2 % of actual aircraft flight performance at high altitude and within 5% at low altitudes, adjusted for X-Plane's atmospheric limitations  Performance taken from in flight measurements, flight data recorders and further calibration with aircraft performance tables High Resolution Engine Performance model Engine performance fine-tuned precisely to emulate Williams FJ44-4A Engine performance data taken from in flight measurements, from engine start, takeoff, climb, cruise thrust settings profiles up to max certified altitude of 45,000 feet Custom FADEC driven engine thrust ratings,  Accurate startup sequence, ITTs, fuel flows calibrated per cruise altitude Custom EICAS, Engine Indication and Crew Alerting System  High Resolution Avionics Super sharp 4K avionic displays Avionics using XLua plugin offering one of the highest refresh rates possible with minimum GPU resources (a solid 30 fps achieved on Apple’s new M1 MacBook Air with mid graphic settings) Realistic Rockwell Collins ProLine 21 Emulation Custom DCP (Display Control Panel), CCP (Cursor Control Panel), FGP-3000 (Flight Guidance Panel) Custom PFD Menu Items and MFD Menu Items faithfully reproduced Accurate Vspeeds, Baro, HSI modes and PFD format settings  Climb, Pitch, FLC, Nav and Approach modes as per ProLine 21 Dual Rockwell Collins CDU-3000’s enabling simultaneous operations of FMS Navigation and Radio Tuning pages with auto-sync like the real unit - perfect for single pilot flying Optional mouse, scroll-wheel for data input Aircraft System Deep Emulation L3 Avionics, Electronic Standby Instrument System (ESIS) Model GH-3000 Custom Electrical and Hydraulic systems   Accurate flaps, speed-brakes and ground spoilers logic, actuation and effects on aerodynamic performance  Accurate anti-icing and pressurization settings Realistic CAS, Crew Alerting Systems  Now with Ultra-Quality FMOD Sounds FMOD High Resolution 3D sound pack by SimAcoustics  featuring actual audio recording of a CJ4 ProLine avionics, Engines and in flight sampled in high resolution and mastered in 3D ProLine21 audio alerts and system logic authentically simulated Extras Complete set of aircraft documentations ProLine 21 Avionic Tutorials and Quick Start Guide PilotEdge & ForeFlight app compatible Ongoing refinements and avionic features development Excellent proficiency tool to prepare and review for the actual CJ4 initial type rating and yearly recurrent rides Perfect tool for scenario based training, to practice SOPs, Emergency Memory Items, Checklist flows ProLine 21 familiarization and Jet transition course preparation Excellent IFR tool to demonstrate modern avionics and autopilot automation during different phases of flight   Requirements X-Plane 11 Windows, Mac or Linux 4 GB VRAM Minimum - 8 GB+ VRAM Recommended Download Size: 812 MB Current and Review version : 1.07 (September 10th 2021) ________________________________________   Aircraft Review by Stephen Dutton 14th September 2021 Copyright©2021: 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 Right Reserved     
    • NEWS! - Aircraft Released : Airbus A300 Classic B2-200 by ASSP     The Airbus A300 is a wide-body airliner developed and manufactured by Airbus. In September 1967, aircraft manufacturers in the United Kingdom, France, and West Germany signed a memorandum of understanding to develop a large airliner. West Germany and France reached an agreement on 29 May 1969 after the British withdrew from the project on 10 April 1969. European collaborative aerospace manufacturer Airbus Industrie was formally created on 18 December 1970 to develop and produce it. The A300 prototype first flew on 28 October 1972.   The first production version was the A300B2. Powered by General Electric CF6 or Pratt & Whitney JT9D engines (the same engines that powered the 747 or the DC-10) of between 51,000 and 53,000 lbf (227 and 236 kN) thrust, it entered service with Air France in May 1974. The prototype A300B2 made its first flight on 28 June 1973 and was certificated by the French and German authorities on 15 March 1974 and FAA approval followed on 30 May 1974. The first production A300B2 (A300 number 5) made its maiden flight on 15 April 1974 and was handed over to Air France a few weeks later on 10 May 1974.   Created by the ASSP Team, this Airbus A300B2 is their first foray into X-Plane development.   Features: Detailed modeling 3D Cockpit model Full 3D exterior model Full Detailed Landing Gear animation Custom engine Flex and wing Flex Old and Classic lights illumination 7 livery pack included Customized Cabin for each livery Aircraft Systems Hydraulic system Customized Autopilot 1-2 system Electrical system Pressurization system APU system GPU system Doors operative Two independent Weather RADAR (WX radar works with default X-plane weather engine) Oxygen system Fuel system Two Universal FMS (works with default X-plane FMC) and Use ND for navigation   TCAS with TA/RA mode Full system test Animated IRS system Full Customized annunciator system Full anti Ice system Customized Strat Up system Fuel JETTISON system Brack Fan system Aircraft Performance Detailed General Electric GE CF6-50CR  performance Detailed Aerodynamic performance of A300 Detailed Weight and Balance Tested with real airbus A300 pilot Sounds Full Custom system FMOD sound General Electric GE CF6-50CR FMOD sound Friendly Frame rate           Airlines operating the A300 on short haul routes were forced to reduce frequencies to try and fill the aircraft. As a result, they lost passengers to airlines operating more frequent narrow body flights. Eventually, Airbus had to build its own narrowbody aircraft (the A320) to compete with the Boeing 737 and McDonnell Douglas DC-9/MD-80. The savior of the A300 was the advent of ETOPS, a revised FAA rule which allows twin-engine jets to fly long-distance routes that were previously off-limits to them. This enabled Airbus to develop the aircraft as a medium/long range airliner.   In 1977, US carrier Eastern Air Lines leased four A300s as an in-service trial. Frank Borman, ex-astronaut and then CEO of the airline, was impressed that the A300 consumed 30% less fuel, even less than expected, than his fleet of L-1011s. Borman proceeded to order 23 A300s, becoming the first U.S. customer for the type. This order is often cited as the point at which Airbus came to be seen as a serious competitor to the large American aircraft-manufacturers Boeing and McDonnell Douglas. Aviation author John Bowen alleged that various concessions, such as loan guarantees from European governments and compensation payments, were a factor in the decision as well. The Eastern Air Lines breakthrough was shortly followed by an order from Pan Am, and from then on, the A300 family sold well, eventually reaching a total of 561 delivered aircraft.     _____________________________________     Yes! the Airbus A300 Classic B2-200 by ASSP is now available from the X-Plane.Org Store here : Airbus A300 Classic B2-200 Price is US$45.00   Requirements X-Plane 11 Windows, Mac or Linux 4 GB VRAM Minimum - 8 GB+ VRAM Recommended Download Size: 640 MB Current version: 1.0 (September 8th 2021) ___________________________   News by Stephen Dutton 9th September 2021 Copyright©2021: 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! - Scenery Update : CYEG - Edmonton International Professional v1.5 by Canada4XPlane     Dedicated Canadian scenery developer Canada4XPlane in association with FSimStudios, has updated CYEG - Edmonton International Professional edition of the most popular and largest airport in the Edmonton Metropolitan Region of the Canadian province of Alberta to version v1.5 .   Operated by Edmonton Airports, YEG is located 14 nautical miles (26 km; 16 mi) south southwest of Downtown Edmonton in Leduc County on Highway 2 opposite of the city of Leduc. The airport offers scheduled non-stop flights to major cities in Canada, the United States, Mexico, the Caribbean, Central America and Europe.   The scenery now comes with a huge host of new great features. Version 1.5 includes overhauled lighting for the entire airport, custom runway edges, threshold, and animated approach lights. This scenery also features customized SAM jetways as well as full SAM season implementation with a detailed “deep winter” model. A Terminal interior is also now included.    Features: 30+ Custom buildings  30+ Custom Objects 4K ground textures 4K taxilines and ground details Highly detailed terminal/hangar models 4K building textures Detailed hangar models Accurate airport dynamic lighting SAM seasons (seasonal elements including deice trucks, snow drifts depicting heavy snowfall operations) Custom SAM Jetways WT3 Compatibility           Notably the inclusion of SAM, in both the active custom Jetways and certainly the "Seasons" aspect are a big bonuses, obviously in Cold, Cold Canada. ______________________________________     Yes! the Updated CYEG - Edmonton International Professional v1.5 by Canada4XPlane is now available from the X-Plane.Org Store here : CYEG - Edmonton International Professional Price is US$19.95   Requirements X-Plane 11 Windows, Mac or Linux 4 GB VRAM Minimum - 8 GB+ VRAM Recommended Download size: 3 GB Current Version: 1.5 (September 7th 2021)   If you have already purchased C4XP CYEG - Edmonton International, then go to your X-Plane.OrgStore account to update to v1.5 for free. ___________________________   News by Stephen Dutton 9th September 2021 Copyright©2021: 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 Review : TAF Sling 2 by Rusky Group   The Sling 2, which was formerly called The Airplane Factory Sling 2, is an South African two-seater light aircraft designed and produced by The Airplane Factory in Johannesburg, South Africa. The Sling 2 is a light-sport aircraft (LSA), which is a fairly new category of small, lightweight aircraft that are simple to fly. LSAs tend to be heavier and more sophisticated than ultralight (aka "microlight") aircraft, but LSA restrictions on weight and performance separates it from the bigger and established GA aircraft category.   The Rusky Group are known for their Yak 52 Professional, or Yakovlev 52 which is a massed produced Soviet era primary aerobatic trainer aircraft. Now here is their second release with a more wider commercial angle, a LSA light-sport aircraft in the Sling 2.   When you start up the Sling 2, you are directed directly to the menu (portal?)...     ....  there are the "Mode Settings" on the left and the Fuel diagram on the right, if correct you can start the Simulation by pressing the animated propeller lower right (which turns red). You have two menu languages in Russian and English, accessed via the top right PCY/ENG selection.     There are three different start situations; Preflight Inspection, Cold Start and Ready to Start.   Preflight Inspection Select the "Preflight Inspection" tick box and you are positioned in a 3d space. Control around the space is via the noted keys W (forward), S (back), A (right) and D (left)...  and if you hold down the space bar, you can then move around the view with the mouse, but again only from your current standing position...     ...  oddly this control setup is quite limiting, as you lose your normal up and down movements? so in reality it feels like at first only a 2d movement access, but working with the space bar and the mouse, then moving the WSAD keys, you can move around the aircraft, but it takes a bit of practise to get it all right. In the space there is 44 Gal Fuel Drum for loading the aircraft. You can add or remove the chocks, pitot cover and turn the propeller...     ...   you can also takeoff the engine cover to reveal a 100 hp Rotax 912is engine, and excellent great detail it is. Details of the engine's running time, condition and Oil, Filter and Coolant levels are all shown. You can do maintenance on the engine, i.e; change oil, change coolant, change oil-filter, close hood. You will need to check the engine parameters and conditions before each flight, and with poor maintenance it may occur in giving you an indisposed or even a broken engine.     You can refuel the TAF by clicking on the wing fuel cap, to position the fuel hose, then turn the handle to load in the fuel (liters) it will then load into the fuel tanks to a maximum 150 liters. You can load the fuel, but not take it out. (note the pack of Marlboro cigarettes.... sitting on a vaporised fuel drum...  boom! )     ...  you can also check the movement of the Elevators, Rudder and the wing Alierons. All good to go!   Except...  well here it all goes a bit odd. There is no connection or tab to get back to the menu? If you want the Menu back then you have to exit X-Plane... (yes close it right down) and restart the simulator... To proceed to the aircraft you have to find (manoeuvre) to the hotspot on the leg up into the aircraft...  so you can go forwards only, but not back to the central menu? "What madness is this!"     Cold Start Restart...  and it is the only way back to the menu page, but the fuel you have put in is now not saved (66 lit) so you have to do it all again? Choosing "Cold Start" and you are back in the aircraft in a "Cold Start" situation...    you now have the return of the X-Plane key views (after opening the canopy, you can then go outside or do the actions from the cockpit) can do the same maintenance and set the chocks, pitot cover, and the fuel drum is still external, and will again still also fill up the tanks like with the "PreFlight" actions.       You can start up the aircraft from cold to power on via the start switch, but how do you get rid of the external fuel drum?   Ready to Start Actually the "Ready to Start" moniker is incorrect as the Sling 2 is now completely set up and comes with the engine running, and powered up as in "Ready" to fly.   _______________   Below the "Mode Selections" are "Payload" Options; Co Pilot, Sports Bag, Picnic or you can set the lot at Maximum Weight.   Checking or unchecking each box adjusts the "Centre of Gravity" shown right on the aircraft diagram.     Co Pilot is very well modeled, but not animated, and the Sport's Bag is very nice, but I couldn't see a "Picnic" or basket?. As default there is a Pilot, again well done, but comes with seriously weird red eyes?   On the right side aircraft diagram, you can adjust the fuel amounts, and unlike the 44 Gal Drum loading, you can here increase or decrease the amount of fuel in the aircraft.     So to be clear...  If you select Preflight Inspection you use external keyboard commands for views then you exit via the leg up hotspot. In Cold Start you can still do the maintenance however but this time in using the default X-Plane view keys to manoeuvre around the aircraft. In selecting Ready to Start, you go directly to the cockpit and are actually ready to fly...  in either selection, you can't go backwards to the menu, unless you do a full X-Plane Simulator restart. _______________   The Sling 2 has an aluminium airframe and comes in two forms with either a Quickbuild kit and as a full construction kit. Modeling here by Rusky is very good, and nicely done. Detailed panels and effective riveting are all very well presented.     You feel the aluminium frame, certainly on the tail construction, which is highly detailed, and the nice aerodynamic wing and elevator profiles, notable are the wing kick-ups which are nicely done here. All three wheels are totally shrouded in aerodynamic boots, so there is not much wheel or strut assembly detail, but it is very nicely done. I like the front on aerodynamic cowling from the engine air intakes, which gives the aircraft a very shark-nosed appearance, highlighted by the Warp Drive 3 Blade Ground Adjustable propeller, the Airmaster Electric Constant Speed propellers however are only available on the 914UL engined version.     Glass is good but quite basic, with no dirt, grain or depth to indicate wear and tear or any feel detail.     It is very important to note how very popular these Mike Blyth designed aircraft are, since he began working on the design of the Sling 2 in 2006; the first prototype first flew on November 18, 2008. 310 Sling 2s had been completed and flown by the end of 2019 and the owners are fiercely protective of them. There is a tail-dragger version as well.   You open the cockpit via the handle, upper-lower on the top of the canopy (lower latch is the only one animated)...     ...  the canopy slides back nicely to reveal a two-seater aircraft, with a large baggage area behind the seats... put to use better in the Sling 4, which is the four-seater version of the aircraft.   Twin seats are nicely done with dark-grey outer and red inner material with lovely white stitching, their shape is good for a home-made aircraft, but there is not that much shape in heavy seat side or cushion bolsters.     Cockpit feels very minimalistic, but the detail and cabin materials are well done. The highlight is the excellent Carbon-Fibre weave on the instrument panel and centre console...     ....  which is very empty of the usual controls; There is a Fuel Selector top (Left-Right-Off), Throttle left and Brake Right, and at the rear the main Parking Brake and that is it. Both sticks are excellent and note the highly detail floor mounts, as are the lovely aluminium rudder pedals.... twin floor mats are a nice touch also.   Instrument Panel The instrument panel is dominated by the Garmin G1000 twin-screen display in a left PFD (Primary Flight Display) and right MFD (Multi-Functional Display) layout...     ...  there was a lot of vocal discussion on the forums about this G1000 layout, as many of the punters noted that very few Sling 2s used this instrument layout, mostly they had a one (left screen) display and a glovebox on the other side, the rest want the obvious analog instruments. Note the nice air-vents each end of the panel that are animated. Above left is a start key and the LANE A and B bus switches.   There is no power switch (but one for the avionics), so the power is switched on via the start key, note the nice "Garmin" start up screen...     ...  a nice touch is that if the MFD is blank the side engine parameters are moved immediately to the left PFD (arrowed above right).   The G1000 layout is the standard X-Plane install with no custom modifications, both pop-out (some custom cockpit installs don't have the MFD poping out, but that is to be fixed in an update).     Dominating the centre top of the panel is a Garmin G5 IESI (Intergrated Electronic Standby Instrument), it is a basic display, and a bit dull in brightness, but well situated. Either side are 4 x 4 rows of contact breakers (non-working), then lower left the "Avionics" and "Autopilot" switches.     Centre panel is a very nice Garmin GMC 507 Autopilot Mode Controller, with below a Garmin GMA 350 Radio (Transponder is built into the G1000 system). Flap switch left (UP-1-2) positions (not degrees)...   lower panel is a set of switchgear that covers (LtoR); Main Pump, Aux Pump, ECU Backup, Heat-Pitot, AUX, NAV (Lighting), STROBE, TAXI and LAND (Lights).   All the switchgear is very and highly sprung, so needs quite a flick up and down to use... but very realistic. Overall a very easy cockpit to use and find your way around. _______________   Flying the TAF Sling 2 First to note is the unusual braking action...  as noted on the centre console at the rear is the main Parking Brake, but the usual mixture lever has a different purpose here in being your (regular) brake or handle brake, this will over-ride any other regular X-Plane braking effort (I use the trigger lever on my Rhino X56 Joystick.     The trim (pitch/rudder) is set via the buttons on the joystick, but they sadly don't work here, so you have to use the X-Plane (keyboard) setup commands, you can see the trim positions via the indicators on the lower left of the MFD. Fuel selector is set to either Right or Left (Tank)...     ...  flip the start key to the second start position and the Rotax 912is bursts into life and settles down into a typical Rotax thumping idle, it sounds great, as all Rotaxs do, I love their agricultural mechanical sounds.     Parking (Switch) off and put the "Mixture" lever to "OFF"... to release the brakes and a little throttle to move the TAF away from the stand...     ...  as I have the two levers on my Saitek Rhino X56 throttle system, it is easy to use both, left for throttle and right for the braking action, a touch with the lever forward and you feel the brakes, you do easily soon get the feel (instead of using the trigger lever) to slow down or manoeuvre the aircraft on the brakes, and it is quite intuitive. Detail on changing the action to whatever suits you, can be done via the manual, but to me this works the best. You can't taxi too quick as the Sling 2 will wander around, so you need to find that correct (slower) taxiing speed.   It is a very fidgety aircraft to taxi, as you need constant corrections to keep it straight which can be tiring after a while...     ...  notable is that you have to have the "Autopilot" system switch on, to use the FD (Flight Director), this does not actually activate the AP as that is another separate selection. Brakes full OFF, and power up and the Sling 2 startles forward...  surprisingly there is a lot of power for only 100 hp.     The TAF will weave a little, but nothing you can't control and neither is the asymmetrical thrust strong here either, so it is quite easy to keep it straight. At around 70 knts (Flap position 1) you can pitch back and fly easily, notable is to quickly retract the flaps to gain speed...     ... controls are nice and light, and the aircraft is super controllable in the air, you can easily see and feel why pilot's love this machine as well as they do, it is super easy to fly...  quick and easy to trim as well.     All out climb speed is noted at 900 fpm, but 500 fpm/600 fpm is about the nice climb out speed.     Trimmed and it is very, very easy to fly, notable is that you need a bit of right rudder to keep the Sling 2 straight... on the real TAF, very few have a rudder trim knob (or lever), and known to have to fly with a manual correction, that again created a lot of debate on the forums... but you can cheat if you want by using the X-Plane key to adjust the rudder trim. Personally I flew it with a bit of manual rudder input.   It is nice up here with a nice modern cockpit, and the view out is excellent, with the big large open canopy.     The Sling 2s cruise speed is 120 kn (140 mph, 220 km/h) true airspeed, with a Never exceed (Max) speed of 135 kn (155 mph, 250 km/h) indicated airspeed... Service ceiling is 13,000 ft (4,000 m) (no oxygen) and the Range set at 75% Power with 45 min Reserve is 750 nm/1,400 km.   I am a huge fan of the Garmin GMC 507 Autopilot Mode Controller, nicely positioned with nice big knobs to adjust, it is just about perfect, I wish more developers would use this controller, looks great as well...     The Sling 2 is certainly not a aerobatic machine, they even tell you not to throw it around in the air, but certainly a very good touring aircraft for covering long distances, as everything you need for a lot of hourly flying is catered for.     Lighting The TAF's lighting is extremely basic, in fact it is just one LED light on the above bulkhead, switched off, then only the G1000 panels are lit, and even they are not lighting adjustable, so really flying in the dark is a bit patchy. So as the night creeps in, then it is time to head for home...     External lighting is also basic, twin taxi and landing lights in the left leading wing edge...  a bright but very rapid tail beacon, that actually looks great in operation...   Navigation lights cut badly into the wing from all angles, so all external lighting need some refinement.     One note...  if you do a situation restart, all the settings go back to zero? and again you go through the starter menu. So that means resetting everything back to right again in the cockpit, say the AP, Brakes (all on!), Trims and notable is that the flaps are set back again to "1", so you have a nose up pitch...  so the last flying settings when you saved the "Situation" are not retained.     Head for home...  and again I will re-enforce on how sweet an aircraft the Sling 2 is to fly, nice light controls, and the TAF will do good "seat of your pants" flying easily, what you want with the aircraft it gives you instantly, but not in a nervy way, but nice and smooth to your actions...  yes I really love flying the Sling 2.     Keep the descent shallow and the speed does not runaway off the clock (tape here), here I am using 300 fpm, and the speed drops nicely to select the "1" flaps in the white tape zone, to bring the speed down lower to around 70 knts...  as I get closer I drop the flaps again to "2" and give a touch of throttle (again back to the same 70 knts) to hold my approach altitude at 300 ft towards KHAF's Rwy 12.     I do find the TAF does crab a little on approach, by how much depends on the wind strength and direction, so I aim off to the left and drift back into the centre line as I approach the threshold.     Drop the speed a touch to 62 knts and the Sling 2 will descend nicely and slowly downwards towards the runway, you don't have to make constant throttle adjustments, just a smooth slow decline of the speed to come down nicely and slowly...     ... a touch less throttle to control the descent (59 knts) and smoothly down you come.     There is really no need for any flare, certainly no aggressive flaring, as all the control is in the slight movements of the throttle...     So it is a consistent slow descent and a small bump as you contact the runway, so how really easy was that!  No fighting the aircraft, no wrestling the controls, just a sweet siding down the power curve until you touch down...  sweet.  Stall speed is set at 40 knts (46 mph, 74 km/h) full flaps at an indicated airspeed, so quite low and you really never go below 50 knts anyway.     _______________ Liveries The liveries provided are quite basic, and there is only a single blank (white) and three liveries, mostly flying schools, but there is a livery request forum.   _______________   Summary The Sling 2 is an South African two-seater light aircraft designed and produced by The Airplane Factory in Johannesburg, South Africa. The Sling 2 is in the light-sport aircraft (LSA) category, that tends to be heavier and more sophisticated than ultralight (aka "microlight") aircraft, that is purchased as either a Quickbuild kit or as a full construction kit. The Rusky Group are well known for their earlier X-Plane release of the Yak 52 Professional, this is their second aircraft release for the Simulator.   Powered by a 100 hp Rotax 912is engine, this is a very and easily sweet aircraft to fly, and very well liked and heavily defended by it's users in the real world...  It is a extremely good touring aircraft, distances of 750 nm/1,400 km are nothing to this nice fly anywhere with little worries aircraft, so you can see why it is so popular.   Modeling is very good, with the installation of the default X-Plane Garmin two display (PFD/MFD) G1000. Nice additions include the G5 IESI (Intergrated Electronic Standby Instrument) and a really great and easy to use Garmin GMC 507 Autopilot Mode Controller, with Garmin GMA 350 Radio. Switchgear is springy realistic, and the quirky mixture lever as a regular braking action, is odd, but you soon quickly adjust to it...  Sounds are good and the construction and fit-out the Sling 2 is excellent.   Odd though is the Menu system? It is like a portal to the aircraft at start up...  with three very different entrances to the aircraft; Preflight Inspection, Cold Start and Ready to Start. "PreFlight' allows you to do maintenance (fuel the aircraft from the nice 44 Gal Drum, add oil, filter, fluids) add chocks and pitot flags, plus check aerodynamic surfaces)...  but uses an odd key/space bar view and movement system. "Cold Start" uses the old X-Plane views movement key system, but you can still access the maintenance system? and the Ready to start gives you the complete and full running aircraft, once through the portal however, you can't go back to the menu, unless you do a complete X-Plane restart that wipes all your set settings? I probably did more X-Plane restarts to get back to the menu here than any review in the last five years....  very odd, even a weird way of accessing this really good aircraft. Don't get me wrong I understand what the developer is try to achieve, but it stumbles very badly with the non-reverse actions and the completely different access channels. Lighting needs a lot of refinement.   It is a very popular kit aircraft is this TAF Sling 2, and flying the aircraft you can easily see why, options of a single G1000 (PFD) and even analog dials would be nice in a kit bag sort of way...   overall I really loved flying this excellent machine, in that aspect Rusky has got that bang on, but could I really live with that abnormal menu portal?  but still recommended! _____________________________________     Yes! - TAF Sling 2 by Rusky Group is NOW available from the X-Plane.Org Store here :   TAF SLING 2 Price is Currently US$27.95   Features: The flight model was tested by real Sling pilots Realistic Flight Model First person walking system (walk mod) Engine maintenance mode 3D ground equipment services FMod realistic sound VR support Full clickable cockpit 3d light Garmin avionics   Requirements X-Plane 11 Windows, Mac or Linux 4 GB VRAM Minimum - 8 GB+ VRAM Recommended Download Size: 460 MB Current and Review version : 1.1 (August 28th 2021)   Installation and documents:  download for the TAF Sling 2 is 567Mb and the aircraft is deposited in the "Aircraft" X-Plane folder.   Full Installation is 674Mb   Documents supplied are: Sling_Checklist.pdf Sling-LSA-Sling-2-RTF.pdf Manual for aircraft model v1.0.pdf Sling-2-POH-Revision-2.7.pdf And TABS Rate_of_climb.pdf Cruise_speeds.pdf Fuel_cons.pdf Documents include a very good factory POH, Checklist and promotion RTF... Manual is good, but needs more depth to explain the complicated Menu and access. _________________________________________   Review by Stephen Dutton 11th September 2021 Copyright©2021: 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 -32 Gb single 1067 Mhz DDR4 2133 - ASUS GeForce GTX 1080 8Gb - Samsung Evo 1TB SSD  Software:   - Windows 10 - X-Plane 11.53 Addons: Saitek x56 Rhino Pro system Joystick and Throttle : Sound - Bose  Soundlink Mini Plugins: Environment Engine by xEnviro v1.07 US$69.90 : XPRealistic Pro v1.0.9  effects US$19.95 Scenery or Aircraft - KHAF - Half Moon Bay by Rising Dawn Studios (X-Plane.OrgStore) - US$19.00    
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