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YBSU - Sunshine Coast Airport
Sunshine Coast Airport (formerly Maroochydore Airport) (IATA: MCY, ICAO: YBSU) is an Australian airport located at the northern end of the Sunshine Coast and approximately 90 km (56 mi) north of centre of Brisbane, within South East Queensland agglomeration. It is the principal airport for the Sunshine Coast and is the only airport in the region capable of servicing jet aircraft operations. It is the gateway to holiday destinations such as Noosa, Maroochydore, Mooloolaba, and Caloundra. There ar... Sunshine Coast Airport (formerly Maroochydore Airport) (IATA: MCY, ICAO: YBSU) is an Australian airport located at the northern end of the Sunshine Coast and approximately 90 km (56 mi) north of centre of Brisbane, within South East Queensland agglomeration. It is the principal airport for the Sunshine Coast and is the only airport in the region capable of servicing jet aircraft operations. It is the gateway to holiday destinations such as Noosa, Maroochydore, Mooloolaba, and Caloundra. There are direct daily flights to Sydney and Melbourne. In addition, Air New Zealand serves the city seasonally, with three weekly return flights from Maroochydore to Auckland. • Latest Orthographic imagery provided by our friends at Aerometrex• Highly accurate representation of the main apron and taxiways• New runway 13/31 with accurate approach and runway lighting• Custom animations• Modelled main terminal with internal modelling of airside areas such as food and gate lounges• Every building that is airside is modelled in great detail• Accurate Tower and short/long term carparks with custom objects• Landside objects such as footpaths, taxis, bus stops• Many custom models included airstairs and other vehicles• Coolum High rise and other VFR landmarks have been enhanced to simulate VFR traffic transitioning through the Class-D airspace• Custom night lighting such as Light poles and Guard Lights• Modelled helicopters and various hangars and buildings• Modelled fire station and fire trucks• Accurate windsocks• Refined airport services
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Turbine Duke
Black Square’s Turbine Duke brings you one of the most technically advanced aircraft simulations for Microsoft Flight Simulator, with over 130 possible failures including new turbine engine failures, 12 hot-swappable radio configurations and the most advanced pressurisation and cabin temperature simulations in MSFS. Black Square’s new tablet interface lets you configure all options, manage payload, control failures and monitor engines, electrical schematics and environmental control systems, all... Black Square’s Turbine Duke brings you one of the most technically advanced aircraft simulations for Microsoft Flight Simulator, with over 130 possible failures including new turbine engine failures, 12 hot-swappable radio configurations and the most advanced pressurisation and cabin temperature simulations in MSFS. Black Square’s new tablet interface lets you configure all options, manage payload, control failures and monitor engines, electrical schematics and environmental control systems, all from within the simulator. The failure system allows for persistent wear, MTBF and scheduled failures for nearly every component in the aircraft. The Turbine Duke’s electrical system is the most accurate yet for Black Square, featuring a battery temperature monitor, over-voltage protection, over-current protection and AC inverters. The 3D gauges are modelled and coded to meticulously match their real-world counterparts, with reference to real-world manuals. No piece of equipment appears in a Black Square aircraft without a real-world unit as reference. Radio navigation systems are available from several eras of the Duke’s history, so users can fly without GPS via a Bendix KNS-81 RNAV system or with the convenience of a Garmin GTN 750 (PMS50 or TDS). Other radio equipment includes KX-155 NAV/COM radios, KLN-90B, GTN 650, KR 87 ADF, KDI 572 DME, GTX 327 Transponder, Century IV Autopilot and a Bendix RDR1150XL Weather Radar. A 160+ page manual provides instruction on all equipment and 56 in-game checklists with control/instrument highlighting are included for normal and emergency procedures. The Turbine Duke conversion incorporates the 'Grand Duke' performance package (winglets, vortex generators, strakes, extra fuel, increased speeds and increased MGTOW). Three distinctive interiors and six paint schemes are included from three decades of flying. Primarily analogue instrumentation augmented with modern radio navigation equipment is still the most common aircraft panel configuration in the world. Challenge your piloting skills by flying IFR to minimums with a fully analogue panel and no GPS. You’ll be amazed at the level of skill and proficiency you can achieve to conquer such adversity and how it will translate to all your other flying. You may also find the analogue instrumentation much easier to read with the limited number of pixels available on a computer monitor, and even more so in VR. For more information on the aircraft's capabilities and a list of all included avionics and equipment, see the Detailed Description below and the extensive PDF Operating Manual. If you'd like to know the differences between the Turbine Duke and the Piston Duke models, this summary lists all the main features.
SHARED FEATURESBlack Square’s best aircraft yet will challenge you with unapologetically realistic systems such as:
160-page manual with your complete guide to flying the Black Square Dukes, including systems guide, tutorials, operating limitations, performance tables and electrical schematics.
NEW TABLET INTERFACE! for configuring options, payload settings, failure management and real-time visualisers for engines, electrical schematics and environmental systems.
12 hot-swappable radio configurations, configurable via tablet interface. Inc. PMS & TDS.
130+ random, scheduled or performance-triggered failures, settable via the tablet interface, including engine damage, compatible with third party UIs and instructor stations.
Fully simulated environmental control and pressurisation system for heating, air conditioning, ventilation and ram air cooling. Cool things off by opening a door or watch the aircraft heat up in the sun. Monitor via the new tablet interface.
NEW engine preheating required for cold starts, with heater and ground power cart.
NEW voltage-based light dimming, an immediately recognisable effect to night-time pilots.
NEW gyroscope physics simulation for electric and pneumatic gyroscopes with precession and partial failures, based on a coupled quadrature oscillator.
NEW KLN-90B vintage GPS. Download from https://github. com/falcon71/kln90b/releases
NEW strobe light system causes realistic distracting flashes in clouds.
NEW St. Elmo’s Fire and static discharge on static wicks and windshields in severe weather.
NEW KNS-81 RNAV now supports autopilot with No-GPS configuration.
Mathematically accurate VOR and ADF signal attenuation and noise degradation.
Physics-based instrument needles bounce and respond to aerodynamic forces.
Improper engine management will slowly damage engines to failure.
Completely simulated electrical system, with 100+ circuit breakers and failures.
Functional exterior elements: chocks, pitot covers, engine covers, propane preheater and external power cart. Pitot cover flags blow in the wind.
Carbon Monoxide leaks are possible and can be detected with the CO detector.
State saving for fuel, radio selection, radio frequency memory, cabin aesthetics etc.
Crew/Passenger oxygen depletes according to pressure altitude, passenger occupancy.
Ultra-custom dynamic registration number system for livery creators.
TURBINE DUKE SPECIFIC FEATURES
NEW improved turboprop dynamics, including (ITT, TRQ, Ng, FF, FP), hot starts, residual heat and exhaust back pressure, P2. 5 HP and LP valve simulation, and oil cooler doors.
NEW turbine engine failures, such as compressor stall and surging, fuel control failure, fuel filter clogs, propeller governors and fire suppression systems.
NEW FOD damage based on surface type. Use the inertial separators to avoid engine damage. Tablet interface displays type and intensity of FOD.
NEW turbine engine propeller and feathering physics-driven simulation.
NEW beta range simulation - an improvement upon the Black Square TBM beta range.
ETM Engine Trend Monitor. Dual Battery temperature monitor and AC inverter logic.
CHECKLISTSOver 500 checklist items are provided for 56 Normal, Abnormal and Emergency procedures in textual form in the manual, and in-game, using the MSFS native checklist system with control and instrument highlighting. If it’s in the checklist, it’s settable in the aircraft!SOUNDSBlack Square’s Duke features a custom sound set created by Boris Audio Works with care to the unique operating aspects of this classic aircraft. High quality engine and cockpit sounds will immerse you in the simulation. Sounds such as engine starting are not mere recordings, but are instead many layered sounds, constructed based on the underlying simulation. FLIGHT DYNAMICSThe Turbine Duke features a flight model with performance to match the real-world aircraft based on real Duke owner feedback and in-flight data. Engine and aerodynamic performance should be within 2% of POH values, though no two engines are ever the same. The flight model uses the most up-to-date features available in MSFS, such as CFD propeller and stall physics, and SU15 improved ground handling and flexible tyre physics. Engine damage and fouling produces a rough-running engine and decreased performance. INSTRUMENTATION/EQUIPMENT LISTMain Panel
Master Warning/Caution
Annunciator Panel
True Airspeed Indicator
Century 1U367 Steering Attitude Indicator
Century NSD-360 Horizontal Situation Indicator (HSI)
Bendix/King KEA-346 Encoding Altimeter
Collins RMI-30 Radio Magnetic Indicator (RMI)
Vertical Speed Indicator
Bendix/King KI 206 Localizer
Mid-Continent Turn Coordinator
Bendix/King KRA-10 Radar Altimeter
Digital Engine Instrumentation
Digital Fuel Quantity Indicators
Bendix/King KI-227 ADF Indicator
BTI-600 Dual Battery Temperature Monitor
Duplicate Co-pilot Instrumentation
Avionics
Garmin GMA 340 Audio Panel
Bendix/King KMA 24 Audio Panel
Garmin GTN 750/650 (COM1/COM2)
Bendix/King KLN-90B
Mid-Continent MD41-328 GPS Annunciator Control Unit
Bendix/King KX-155B (COM1/COM2)
Bendix/King KNS-81 RNAV Navigation System
Bendix/King KR 87 ADF
Bendix/King KDI 572R DME
Century IV Autopilot
Collins PRE-80C Altitude Preselector
ETM Engine Trend Monitor
Bendix RDR 1150XL Colour Weather Radar
Garmin GTX 327 Transponder
Electrical/Miscellaneous
80+ Circuit Breakers
Voltmeter and Ammeters
Fire Detector and Extinguishers
Instrument Air Indicator
De-icing Boot Pressure Indicator
Oxygen Pressure Gauge
Yoke-Mounted Digital Chronometers
Tach Timers
Carbon Monoxide Detector
Cabin Pressurisation Controller
Cabin Environmental Control System
| Aerosoft | Contrail | Just Flight | Marketplace | SimMarket |
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| $47.99 ex tax | $37.50 ex tax | $47.99 ex tax | $47.99 ex tax | $35.99 ex tax
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| Just Flight | $47.99 ex tax |
| Marketplace | $47.99 ex tax |
| SimMarket | $35.99 ex tax
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Fokker F28 Professional
Following on from their award-winning 146 Professional for MSFS, the Just Flight in-house team has developed this high fidelity simulation of the F28 regional jet following comprehensive, hands-on research with a real world aircraft, ex-PH-CHN at AM&TS (Curio) Woensdrecht. Just Flight are excited to bring you all four production variants of the F28: the Mk 1000 to the Mk 4000. Announced in 1962, the F28 Mk 1000 first flew in 1967 and entered airline service in 1969. The Mk 2000, 3000 and 400... Following on from their award-winning 146 Professional for MSFS, the Just Flight in-house team has developed this high fidelity simulation of the F28 regional jet following comprehensive, hands-on research with a real world aircraft, ex-PH-CHN at AM&TS (Curio) Woensdrecht. Just Flight are excited to bring you all four production variants of the F28: the Mk 1000 to the Mk 4000. Announced in 1962, the F28 Mk 1000 first flew in 1967 and entered airline service in 1969. The Mk 2000, 3000 and 4000 variants followed in the 1970s and featured increases in fuselage length and wingspan. Production ended in 1987. The aircraft proved to be popular and entered airline service around the world, with a small number of military operators still flying the type into the mid-2020s. The Just Flight F28 Professional features incredibly detailed models with 4K and 8K textures for the highest possible texture detail and clarity. Realistic animations include dynamic wing-flex, all passenger, service and cargo doors, and the distinctive lift dumpers and tail-mounted airbrake. In the cockpit, the Captain, Co-Pilot and jump seat positions are modelled, with every switch, knob and lever animated and functional. A highly detailed and accessible passenger cabin and galley are included and include fully interactable forward galley controls for door operation, cabin lights, cabin-to-cockpit calls, cabin temperature and even a music system!The aircraft features complex custom-coded systems based on real-world FCOMs, including hydraulic, electrical, fuel and pressurisation systems. Wear and tear based on extensive reference photos and a 3D Wwise sound set provide an authentic cockpit environment, with highly realistic flight dynamics for each variant completing the immersive experience. See the Detailed Description below for full details of all the aircraft features!The Operating Manual and the EFB manual are included with the aircraft software and you can also download them here. Four F28 tutorial videos are available to view on YouTube.
MODEL
Four variants of the F28 Fellowship are included: - Mk 1000 - Mk 2000 - Mk 3000 - Mk 4000
Accurately modelled using real-world aircraft plans and comprehensive photography of the real aircraft, ex-PH-CHN at AM&TS (Curio) Woensdrecht
Realistic animations, including all passenger, service and cargo doors, jetway-configurable passenger door, control surfaces and mechanisms, distinctive lift dumpers and tail-mounted airbrake
4K and 8K textures are used to produce the highest possible texture clarity, with decals used for high-resolution text
Full support for MSFS visual icing effects and ground services support
Authentic labelling and placards based on those found in the real aircraft
Realistic, dynamic wing-flex
Custom ground equipment (GPU, cones and chocks)
Optional engine hush kits
Optional HF antennas
Detailed external models customised for each F28 variant
Detailed passenger cabin and galley customised for each F28 variant, with fully functional forward galley controls
COCKPIT
Captain, Co-Pilot and jump seat positions modelled with every switch, knob and lever animated and functional
A truly 3D cockpit environment right down to accurately modelled seat belts and screw heads - every instrument is constructed fully in 3D with smooth animations
Authentic gauges and navigation equipment, including RMI (VOR/ADF) and HSI
Realistic autopilot system including pitch, roll, altitude and IAS hold modes, and navigation hold mode that can be linked to the MSFS flight plan
GNS530 GPS navigation option
Cockpit textures feature wear and tear based on reference photos taken in the real aircraft to produce an authentic environment
Aircraft configuration system that allows you to choose between 'cold & dark', ‘turnaround’ or 'ready for take-off' save states
Many features have been added to help with usability, such as the ability to hide the control yokes for a better view of the instruments and pre-set angled views for the overhead and centre pedestal
Tablet EFB for controlling various aircraft states and options and checking aircraft and flight information, including full Navigraph and simBrief integration
Developed using the latest MSFS standards, including intuitive and easy-to-use controls for rotary knobs, multi-position switches and levers
Compatible with MSFS VR mode
Realistic dimmable lighting from multiple fixed and moveable sources
Full support for MSFS checklists (manual and automatic/Co-pilot modes)
LIVERIESThe F28 Fellowship comes with with a range of 33 liveries from around the world, reflecting its varied airline service:Mk 1000
Air France (F-BUTE)
Air Ontario (C-FONG)
Argentine Air Force (T-50)
Braathens S. A. F. E. (LN-SUO)
Canadian Regional (C-GYCR)
Demonstrator (PH-MOL)
Horizon Air (N801PH)
LTU (D-ABAX)
Martinair (PH-MAT)
Time Air (C-FTAV)
Mk 2000
Ghana Airways (9G-ABZ)
Nigeria Airways (5N-ANB)
TAT Air France (F-GDUU)
TAT British Airways (F-GDUV)
TAT European (F-GDUU)
TAT Yellow (F-GDUS)
Mk 3000
Ansett Australia Airlines (VH-EWF)
Ansett Express (VH-EWF)
Garuda (PK-GVT)
Saudia (OY-BRM)
Mk 4000
Air Anglia (PH-ZBT)
Air France (F-GDUY)
Air Niugini (P2-AND)
Air UK (G-JCWW)
Empire (N117UR)
KLM Cityhopper (PH-CHD)
Korean Air (HL7284)
Linjeflyg (SE-DGI)
NLM Cityhopper (PH-CHD)
Piedmont (N505)
Sabena (F-GDUY)
Scandinavian Airlines (SE-DGN)
US Air (N499US)
PSD paint kits are available in the Support section so you can create your own paint schemes. SYSTEMSThe F28 Professional features custom-coded aircraft systems with a high degree of complexity and depth, including: Air-conditioning, bleed air supply and pressurisation systems
Automatic and manual flight deck and cabin temperature control – takes account of ambient temperature, air supply from the engines and/or APU, fresh or recirculated air and even whether the doors are open!
Automatic and manual pressurisation modes with control of outflow valves, barometric and cabin rate settings, indications and cabin altitude warnings
Cabin altitude and differential values based on real-world data
Simulated emergency cabin depressurisation procedures
Controllable cockpit and cabin temperature from controls in the cockpit and forward galley, including accurately simulated valve position indicators, duct temperature indicators and cabin temperature indicators
Realistic bleed air demand from engines and APU, and pneumatic supply to air conditioning and ice protection systems
Fully simulated Automatic Shut-Off System which automatically opens and closes air conditioning valves based on the bleed air requirements for other systems
Autopilot
Autopilot with multiple modes: - Pitch – PITCH hold, HT (height) hold, IAS hold, and GLIDE - ROLL – Roll hold, HDG hold and BEAM - Pitch and bank controller via Autopilot Controller
Independent Flight Director system with multiple modes: - PITCH COMMAND – manual pitch control of flight director bars - HDG – guidance to fly to the selected heading - VOR/LOC – guidance to intercept and maintain VOR/localiser beam - GS AUTO – guidance to intercept and maintain localiser and glideslope beams - GS MAN – guidance to immediately intercept and maintain localiser and glideslope beams - ALTITUDE HOLD – guidance to maintain the current altitude
Fully functional progress annunciations, engagement and disengagement criteria (including roll and pitch rate cut-out and stall cut-out) and integration with ADI and HSI
Optional GNS530 GPS integration providing full RNAV capability including SIDs and STARs, and MSFS flight plan import support
Radio altimeter with decision height set and test functions
Auxiliary Power Unit (APU)
Realistic APU start and shutdown procedures, including overspeed test
Realistic bleed air and electrical power supply
RPM, TGT and fuel burn values based on real-world data
Communication system
Dual VHF COMM, NAV and ADF radios, with 8. 33KHz spacing support
Cockpit voice recorder test and indication systems
Functioning audio selector and PA chimes
Fully simulated forward galley cabin controls for cabin-to-cockpit communication
Doors and stairs
EFB page for controlling passenger, service and cargo doors
Simulated manual operation of the passenger and service doors via door controls in the forward galley
Passenger door convertible into jetway configuration with automatic jetway connection
Integral stair lighting illuminates stairs when passenger door is open
Electronic Flight Bag (EFB)The aircraft is equipped with a tablet EFB for controlling various aircraft options and payloads, including:
Set fuel quantity in individual tanks (including total fuel weight, automatically split between tanks)
Set payloads in passenger cabin and cargo holds (including Zero Fuel Weight)
Control over the pilot and cabin announcements
Quickly select aircraft states (Ready for Take-off, Turn-around and Cold-and-Dark)
Toggle ground power unit (GPU) and chocks
Monitor CG position and automatically set take-off trim based on CG
Aircraft configuration menu with many options, including altimeter sync, traditional/TCAS VSI, state saving, model options and much more
The EFB can also be used for flight planning and monitoring:
Import your simBrief flight plan and view a summary or scrollable full OFP
Monitor your position in real time using a map view with tracking, zoom and pan options
Explore and view your Navigraph charts
Use the Notepad to make notes during the flight
Never miss a step with interactive checklists
Enter your speed and altitude into the Top of Descent (TOD) calculator to work out when to start your descent
Various configuration options are available for the EFB itself, including brightness, theme, clock options and the ability to import custom wallpaper backgrounds. Electrical system
Independent engine, APU and external power (AC and DC) sources
Generator and TRU loading, and automatic and manual load switching
Emergency power sources, battery isolators and constant speed drive disconnect functions for non-normal procedures
Independent AC channels, including normal and essential bus bars
Accurate AC and DC load values depending on system usage
Flight model and effects
Realistic and accurate performance in the air and on the ground, using unique flight models for all variants based on real-world performance and handling data as well as input from real-world F28 crew
Custom effects for enhanced immersion, including engine, GPU and APU exhaust haze, contrails and touchdown smoke
Custom effects for engine exhaust smoke with various intensity levels depending on engine power setting
Complete exterior lights package as seen on the real F28, including landing, ice inspection, logo, navigation, strobe, taxi/landing flare-out lights and rotating upper and lower anti-collision lights that all illuminate objects and the ground
Fire protection system
APU and engine fire detection and warning systems
APU and engine fire extinguishing system
Fully simulated test functionality
Various overheat detection and warning systems on all subsystems
Flight controls
Fully simulated flight control system with three modes of operation
Aileron control tab simulation in Third Mode operation
Alternate stabiliser and flap controls
Stick shaker
Iconic tail-mounted airbrakes and lift dumpers with manual and automatic extension methods, all with realistic deployment times and custom deployment sounds
Gust lock functionality
Lift dumper lock functionality
Fuel system
Realistic fuel load and burn based on real-world data
Simulated fuel booster pump operation
Simulated centre tank fuel transfer via transfer pumps
Fully functional centre-to-wing fuel transfer, cross-feed and common-feed valves
HP fuel valve system with SHUT, START and OPEN positions
Simulated fuel collector tanks
Simulated digital fuel flow indicator including fuel flow, fuel consumed, aircraft weight, test and brightness functions
Hydraulic system
Independent UTILITY and FLIGHT CONTROL hydraulic systems with realistic pressure, quantity and supply to other systems
Simulated electrically driven back-up pumps for both hydraulic systems
Simulated loss of brake effectiveness with a hydraulic pressure loss
Ice and rain protection system
Simulation of airfoil anti-icing, engine anti-icing and windscreen heating
Ice detection and accumulation simulation for exterior surfaces
Ice detection and overheat warning systems for in-flight monitoring, including system tests
Indicating and recording systems
A vast array of annunciators, including accurately simulated Central Warning System (CWS) with master warning lights and ground test function
Flight Recorder with thumb-wheel entry for flight details (flight number and date)
Landing gear
Accurate landing gear retraction and extension times with timings varying based on hydraulic system pressure
Dynamic brake temperature dependent on brake application force and ambient temperature
Simulated alternate landing gear operation
Landing gear warning horn and cut-out
Lighting
Over 20 fully functional lighting controls and switches in the cockpit controlling various lighting configurations
White (day) and red (night) cockpit lighting options
Independent lighting controls for Captain and First Officer
Dimmable integral lighting for each panel
Dynamic flood, storm and red night lighting for a highly immersive and customisable night environment
Freely moveable reading lights
Accurately simulated exterior lighting, including ice inspection, logo, navigation, strobe, taxi/landing flare-out lights and rotating upper and lower anti-collision lights
Cabin lighting controllable via forward galley panel, including forward and aft cabin lights, entry way lights and reading lights
Integral stair lighting in passenger door
Oxygen system
Flight crew and passenger oxygen systems with valve and mask deployment controls
Power plant
Accurately simulated Top Temperature Control (TTC) with take-off and climb modes
Accurately simulated flexible take-offs with throttle detent and thrust meter indicators, referencing Thrust Index tables from the real aircraft
Realistic engine start procedures with external, APU or cross-bleed start and in-flight restart functionality
Throttle control lock functionality with control selector levers to allow for a single engine to run up to 100% when on the ground
engine hush kits which can be toggled on/off
Sounds
MSFS-native (Wwise) sound package taking full advantage of the new MSFS capabilities
Studio quality RB. 183 Mk 555-15P Spey Junior engine sounds
Over 450 flight deck sound effects recorded from the real aircraft
Detailed equipment audio such as the APU, electrical circuits, hydraulic equipment and many more
Detailed physics-based effects on engine and wind noise
Accurately positioned 3D sound sources (best enjoyed in VR!)
Custom crash and scraping effects
Pilot speed call-outs (rotate, V2, gear up etc. )
Cabin interaction with chimes and cabin crew announcements
Cabin music reproducer to play music in the cabin, with the ability for users to import custom music
Watch our in-depth sound overview video here!OTHER FEATURES
Over 250 pages of comprehensive PDF manuals with flight tutorial, systems guide, procedures, limitations and handling notes
Online tutorial series walking you step-by-step through an entire flight in the aircraft
Take-off and landing speed card which automatically displays reference speeds depending on current aircraft weight, and settable airspeed indicator bugs on the ASI
Multiple interior and exterior camera presets, including wing views
PSD paint kits available in the Support section so you can create your own paint schemes
Full support for MSFS checklists (manual and automatic/Co-pilot modes)
Support for numerous control assignments for compatibility with third-party controllers and hardware
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PHNY - Lanai Airport
Lanai Airport (ICAO: PHNY), is a state-owned public-use airport located about 3. 4 miles (6 km) southwest of the central business district of Lanai City, in Maui County, Hawaii. It is the only airport serving the island of Lanai. An emergency landing strip was established on Lanai in 1919. In its 1928 Annual Report, the Territorial Aeronautical Commission reported the excellent cooperation of the Hawaiian Pineapple Company, in making a suitable field available for emergency airplane landings on ... Lanai Airport (ICAO: PHNY), is a state-owned public-use airport located about 3. 4 miles (6 km) southwest of the central business district of Lanai City, in Maui County, Hawaii. It is the only airport serving the island of Lanai. An emergency landing strip was established on Lanai in 1919. In its 1928 Annual Report, the Territorial Aeronautical Commission reported the excellent cooperation of the Hawaiian Pineapple Company, in making a suitable field available for emergency airplane landings on the Island of Lanai. The field was at Leinukalahua, Kaa. Inter-Island Airways, now Hawaiian Airlines, began operations to Lanai in 1930 with Sikorsky S-38, eight-passenger amphibious planes. The landing field was sod and owned by the Hawaiian Pineapple Company. In 1944 the Territorial Department of Public Works issued a report proposing to construct a Class IV airport four miles southwest of Lanai City. They proposed construction of a flight strip, with runway, installation of boundary lights, contact lights, range lights, rotating and code beacons, control panel, fencing of the entire field and an access road. The existing airport was too small for two-engine planes, and the CAA has advised that it is willing to consider an application for a major airport. A new airport site for Lanai was chosen and on September 18, 1946, Hawaiian Airlines resumed service there using Douglas DC-3s. The field was an unpaved sod strip and as a result was practically unusable in wet weather and almost untenable due to dust and dirt in dry weather. In view of these conditions, air service was not reliable and it was therefore decided to pave the runway and taxiway. In October 1946 a Master Plan was created which showed a single runway of 4200×600 feet. The Territory also planned to construct an administration and terminal building to make the airport readily available to all inter-island operators. On April 12, 1948 work was completed on the reconstruction of Lanai Airport. The airport was officially dedicated on July 12. By 1950 the airport was served regularly by Hawaiian Airlines with twice daily passenger service in two directions and twice weekly freight service. Air mail service was supplied. Trans-Air Hawaii also provided twice weekly air freight service. Additional cargo and non-scheduled flights were made into Lanai by charter air services. By 1955, the airport consisted of 59 acres of land, and had one paved runway, 3-21, which was 80-feet wide and 3,700-feet long. Scheduled service was provided by Hawaiian Airlines, Ltd. , and Trans-Pacific Airlines, Ltd. The airport included Hawaiian Airlines passenger terminal building, a freight terminal building, a paved runway and warm up areas, paved taxiway and apron, wind socks, field maintenance, and crash and fire protection. Lanai Airport’s newly extended runway and terminal building project was completed and dedicated in a special ceremony on October 16, 1966. The project also included construction of a taxiway and apron and a new terminal building as well as the relocation of the existing freight terminal building. Throughout the 1980s, there were minor upgrades to the airport. When the Douglas DC-3 was ultimately replaced by larger aircraft, the airport once again became obsolete. Construction on the new terminal began in January 1993. The spacious new 15,000 square foot terminal, built to accommodate the growth in tourism to Lanai, was dedicated on April 19, 1994. It was five times larger than the structure it replaced. A new parking area, roadway and landscaping were included. Pacific Wings began two daily flights between Kahului and Lanai City on March 1, 2000, the next day Island Air suspended its two daily flights between Lanai and Maui due to a shortage of pilots. Now the only commercial airline, Mokulele Airlines, operates Cessna Grand Caravan 208EX aircraft into Lanai.
The most detailed replica of airport buildings and vehicles
Custom surroundings
All materials created for full PBR
Shading and occlusion (texture baking) effects on all airport buildings
High-resolution building textures
Use of native, highly efficient gITF models
Custom orthophoto for the airport and surrounding areas
| Aerosoft | Contrail | iniBuilds | Marketplace | Orbx |
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| $12.00 ex tax | $11.74 ex tax | $11.81 ex tax | $11.99 ex tax | $10.35 ex tax
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| iniBuilds | $11.81 ex tax |
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| Orbx | $10.35 ex tax
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EGPF - Glasgow Airport
With some 30 airlines serving over 100 destinations worldwide, including Canada, the US, the Caribbean, Europe and the Gulf, Glasgow is Scotland’s principal long-haul airport as well as Scotland’s largest charter hub. Carrying over nine million passengers per year, Glasgow Airport serves more Scottish destinations than any other airport and is a key component of Scotland’s transport infrastructure. This gorgeous airport has been beautifully reproduced in the new Microsoft Flight Simulator for yo... With some 30 airlines serving over 100 destinations worldwide, including Canada, the US, the Caribbean, Europe and the Gulf, Glasgow is Scotland’s principal long-haul airport as well as Scotland’s largest charter hub. Carrying over nine million passengers per year, Glasgow Airport serves more Scottish destinations than any other airport and is a key component of Scotland’s transport infrastructure. This gorgeous airport has been beautifully reproduced in the new Microsoft Flight Simulator for you to enjoy and includes the following features:
Completely modeled terminal interior with executive lounges and animated people (Lomond Lounge, Emirates Lounge, BA Lounge)
3 Types of Custom Animated Jetways with dynamic hood. (2-axis jetways are calibrated for 737-800)
Custom Ground polygons with hundreds of markings and accurate weathering 2022 layout
Custom night lighting
PBR texturing on all objects
LODs and texture resolution optimized for smooth performance
Default ATC/AI Traffic integration
Parallax windows on key objects to simulate interior
Surroundings included, such as Holiday Inn hotels, Car Hire Village, Long Term Parking lots, Customs Hangars, Nearby Farms, Glasgow Flying Club, Leading Edge FLight Training and many others.
Animated Radars
Window Rain Effects for terminal interior
Highly detailed ATC tower interior
EGEG Glasgow Heliport Included
Detailed Gama Aviation Hangar
Static Business Jets
Static airliners (Toggleable option)
Detailed fire training centre
Official GSX Profile Support with Dynamic Gate Doors (Official Profile can be found on flightsim. to)
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EGAA - Belfast Airport
Belfast International Airport is the main Airport for the city of Belfast, Northern Ireland. The majority of flights from Belfast International are operated by easyJet, Northern Ireland's biggest airline and Jet2. It features flights to many European cities and lots of leisure destinations. There’s also a variety of cargo routes to and from Belfast, since it's also a big cargo hub of Northern Ireland. The airfield is shared with the Joint Helicopter Command Flying Station, Aldergrove and is cons... Belfast International Airport is the main Airport for the city of Belfast, Northern Ireland. The majority of flights from Belfast International are operated by easyJet, Northern Ireland's biggest airline and Jet2. It features flights to many European cities and lots of leisure destinations. There’s also a variety of cargo routes to and from Belfast, since it's also a big cargo hub of Northern Ireland. The airfield is shared with the Joint Helicopter Command Flying Station, Aldergrove and is considered home by many wild Gazelles that are based there. The area was replicated in great detail and features three helicopter-dedicated aprons.
Completely modelled terminal interior with animated people inside.
Functional VDGS powered by noolaero. (Requires an external plugin https://fs. nool. ee/MSFS/VDGS/Releases/)
Custom Animated Jetway with a dynamic hood.
Custom Ground polygons with hundreds of markings and accurate weathering
2022 layout
Custom night lighting
PBR texturing on all objects
Hundreds of dynamic object levels of detail for ultra smooth, stutter-free performance.
Default ATC/AI Traffic integration, Airline Codes specific to parking spots.
Parallax windows on all objects to simulate an interior.
Surroundings included, such as the massive parking lot behind the airport, Maldron Hotel, DX Express, DHL and Swissport logistics centres, McCausland Car Park, COSMO Car Hire and Parking, M&S Simply Food, EmoExpress Gas Station, Park&Fly Service, Military Barracks and a quite a few other buildings specific to the area.
Animated Radars
Window Rain Effects for terminal interior
Highly detailed ATC tower interior with animated Tower Controllers
Detailed Woodgate Aviation Hangar
Static Business Jets
Static Helicopters
Static Airliners (Customizable option)
Static one-of-a-kind Boeing RC135 Rivet Joint and an Airbus A400M
Detailed fire training ground
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LKPD - Pardubice Airport v1.3
The goal of this project was to create the most reliable scenery of Pardubice Airport in the Czech Republic. With an eye for detail, this airport was created on the basis of photo documentation obtained by a personal visit to the airport ( 04/21/2023 ), on the basis of satellite images and accurate information from the AIP CZ airport maps. So, the airport was created from the most up-to-date data available at the time of creation. Pardubice Airport (LKPD) is a military airport with the status of... The goal of this project was to create the most reliable scenery of Pardubice Airport in the Czech Republic. With an eye for detail, this airport was created on the basis of photo documentation obtained by a personal visit to the airport ( 04/21/2023 ), on the basis of satellite images and accurate information from the AIP CZ airport maps. So, the airport was created from the most up-to-date data available at the time of creation. Pardubice Airport (LKPD) is a military airport with the status of a public international airport. It is located on the southwestern edge of the city of Pardubice, south of the Veľké Pardubické racecourse. The airport terminal opened in 2017 is named after the Czech aviation pioneer Jan Kašpar. The operator of the civil part of the airport is the company East Bohemian Airport a. s. (EBA), whose owner is the statutory city of Pardubice and the Pardubice Region. Air traffic control services at the airport and in MCTR, rescue and fire service and weather service are provided to civil aircraft by military positions. Pardubice Airport was established during the First Republic, until 1995 it served primarily for military purposes. The oldest check-in building of the Pardubice airport, today serves as a museum of Ing. Ján Gašpar, civil operations began in 1995.
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TBM 850
Black Square’s TBM 850 brings you one of the most technically advanced aircraft simulations for Microsoft Flight Simulator, with nearly 100 possible failures, including new turbine engine failures, hot-swappable radio configurations and the most advanced pressurisation and cabin temperature simulations in MSFS. Black Square’s new tablet interface lets you configure all options, manage payload, control failures, and monitor engines, electrical schematics and environmental control systems, all fro... Black Square’s TBM 850 brings you one of the most technically advanced aircraft simulations for Microsoft Flight Simulator, with nearly 100 possible failures, including new turbine engine failures, hot-swappable radio configurations and the most advanced pressurisation and cabin temperature simulations in MSFS. Black Square’s new tablet interface lets you configure all options, manage payload, control failures, and monitor engines, electrical schematics and environmental control systems, all from within the simulator. The failure system allows for persistent wear, MTBF and scheduled failures for nearly every component in the aircraft, many with multiple different failure modes. Experience real-world failures from popular YouTube videos, including generator failure, propeller governor failure, fuel control failure and compressor surging. The 3D gauges are modelled and coded to meticulously match their real-world counterparts, with reference to real-world manuals. No piece of equipment appears in a Black Square aircraft without a real-world unit as reference. Radio navigation systems are available from several eras of the aircraft’s history, so users can fly without GPS via a Bendix KNS-80 RNAV system or with the convenience of a Garmin GTN 750 (PMS50 or TDS). Other radio equipment includes EFS 40 EADI & EHSI, KX-155 NAV/COM radios, dual GNS 530, KR 87 ADF, KDI 572 DME, GTX 327 Transponder, and a Bendix RDR1150XL Weather Radar. A 100+ page manual provides instruction on all equipment and 55 in-game checklists with control/instrument highlighting are included for normal and emergency procedures. Primarily analogue instrumentation augmented with modern radio navigation equipment is still the most common aircraft panel configuration in the world. Challenge your piloting skills by flying IFR to minimums with a fully analogue panel and no GPS. You’ll be amazed at the level of skill and proficiency you can achieve to conquer such adversity and how it will translate to all your other flying. You also may find the analogue instrumentation much easier to read with the limited number of pixels available on a computer monitor, and even more so in VR. For more information on this product’s capabilities and a list of all included avionics and equipment, see the Detailed Description below and the extensive PDF operating manual.
FEATURES OVERVIEWSystemsThis Black Square aircraft will challenge you with unapologetically realistic systems such as…
Tablet Interface for configuring options, payload settings, failure management and real-time visualisers for engines, electrical schematics and environmental systems.
Improved turbine dynamics (ITT, TRQ, Ng, Fuel Flow, Inertial Separator) and hot starts, with the unique '850 Mode' torque limiter, and new beta range implementation.
Turbine engine failures, such as compressor stall and surging, and fuel control failures. Engine limit excursions that decrease engine health and will eventually lead to failure.
Gyroscope physics simulation for electric and pneumatic gyroscopes with precession, partial failures, based on a coupled quadrature oscillator
Turbine bleed air-driven pressurisation system and cabin climate system
Completely intractable electrical system with 15 buses and 85+ circuits
EFS 40 EADI & EHSI Electronic Flight Instrumentation System and Engine Trend Monitor
State saving for fuel, radio selection, radio frequency memory, cabin aesthetics etc.
95+ system failures, set via in-cockpit interface. Either random, based on settable MTBF, or schedulable with optional time acceleration.
Cabin environmental control system for heating, air conditioning, ventilation, ram air cooling. Cool things off by opening a door or watch the aircraft heat up in the sun.
Crew/Passenger oxygen system that depletes according to pressure altitude, passenger occupancy and their weight
Mathematically accurate VOR and ADF signal attenuation and noise, and remote compass
FOD ingestion damage demands use of inertial separators and ice protection systems
ChecklistsOver 600 checklist items are provided for 55 Normal, Abnormal, and Emergency procedures in textual form in the manual, and in-game, using the MSFS native checklist system with control and instrument highlighting. If it’s in the checklist, it’s settable in the aircraft!SoundsBlack Square’s TBM 850 features a highly customised version of the MSFS-native (Wwise) 3D TBM 930 sound package, with many new handmade sounds added for warnings, environmental control systems, electronics and more. The default sounds have been carefully assigned to all interactable cockpit elements for an authentic 3D spatial audio experience and engine sounds have been integrated with Black Square’s turbine engine and propeller simulation. Model
Accurately modelled TBM 850 created from hundreds of reference photos and technical documentation with the help of real TBM 850 operators and maintenance technicians
Engine visual model, opening cabin and passenger doors and baggage compartment
100% MSFS native animation code for the smoothest animations and cockpit interactions using either legacy or new cockpit interaction modes
PBR (Physically Based Rendering) materials with real-time environment reflections for superb quality and realism, and vector-graphic-like decal quality
Detailed normal mapping for leather, fabric, plastic, stitches, scratches, carpet and tooling marks, resulting in a texture resolution of 10,000 pixels per square inch (90. 0kB)
Cockpit
Faithfully recreated interior and cockpit with Black Square’s hyper-realistic art style
Custom-coded steam gauges with low-pass filtering, needle bounce and physics provide ultra-realistic and silky smooth animations like you’ve never seen before. New stiction, friction and gyroscopic simulation make analogue instruments more realistic than ever!
Carefully modelled components match the depth and character of the real instrumentation, based on reference photos, schematics and real-world measurements. Unlike other expensive Flight Sim aircraft, every piece of equipment that appears in a Black Square aircraft is modelled after a real piece of aircraft equipment and will behave the same way in its primary functionality.
Every knob, switch and button is interactable and implemented, along with its respective electrical circuitry. Turn systems on and off or pull circuit breakers to see the impact it has on your generators and battery via the analogue meters. Alternating current inverters and bus ties are correctly simulated. Many pieces of equipment respond correctly to electrical configurations with warning messages and diagnostic codes.
Fully 3D cockpit lighting technology for every gauge and panel, with ambient bounce lighting, and all lights dim with battery voltage and load - an immediately recognisable effect for night-time pilots. Strobe lights now cause disorienting light bounce in clouds.
Experience the rare St. Elmo’s Fire effect while flying through intense thunderstorms!
4096x4096 (4K) PBR textures on cockpit and panel for crisp instrumentation. Even see the fingerprints on instrument glass!
Hideable yokes, adjustable sun visors and other cockpit aesthetics
Flight dynamicsBlack Square’s TBM 850 features a flight model with performance to match the real-world aircraft based on real TBM 850 in-flight data. The flight model uses the most up-to-date features available in MSFS, such as CFD propeller and stall physics and improved ground handling. Takeoff, climb, and cruise performance matches POH values within 2%. Paint schemesThe Black Square TBM 850 comes with seven paint schemes, including one blank white scheme for livery makers to modify. This product makes use of Black Square’s highly customisable dynamic tail number system, which can also be configured by livery makers. See the 'Custom Dynamic Tail Numbers' section of the operating manual for more information. There are also two interior schemes that can be incorporated into any livery mod: black, and tan. INSTRUMENTATION/EQUIPMENT LISTMain panel
Master Warning/Caution
Annunciator Panel
Airspeed Indicator
EFIS Control Panel
Bendix/King EFS 40 EADI
Bendix/King EFS 40 EHSI
Honeywell AM-250 Altimeter
Vertical Speed Indicator
Bendix/King KI 206 Localizer
Bendix/King KI 229 Radio Magnetic Indicator (RMI)
Engine Instrumentation
Fuel Control Panel
Duplicate Co-pilot Instrumentation
Bendix/King KI 525A Horizontal Situation Indicator (HSI)
Collins ALI-55 Radar Altimeter
Avionics
Garmin GMA 340 Audio Panel
Garmin GTN 750 (COM 1 / COM 2)
Garmin GNS 530/430 (COM 1/ COM 2)
Bendix/King KX-155B (COM 1/ COM 2)
Bendix/King KNS-80 RNAV Navigation System
Bendix/King KR 87 ADF
Bendix/King KDI 572R DME
Bendix/King KFC 325 Autopilot (KMC 321 Mode Controller)
Bendix/King KAS 297B Altitude Selector
ETM Engine Trend Monitor
Bendix RDR 1150XL Colour Weather Radar
Garmin GTX 327 Transponder
Electrical/Miscellaneous
Voltmeter and Ammeters
Bendix/King KA 51B Remote Compass Synchroscope
Gyro Suction Indicator
Terrain Warning System
Oxygen Pressure Gauge
LC-2 Digital Chronometer and Tach Timers
Davtron Outside Air Temperature Display
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HJet HA-420
Performance, FoundEnjoy this state of the art entry into the VLJ (Very Light Jet) category for MSFS 2020. A culmination of a three year development journey by Marwan Gharib in which no detail has been overlooked. Beyond the Garmin 3000 cockpit management system, users will find an array of features, improvements and personal touches that will make this aircraft impossible to step away from. With a climb out of 4,100 ft per minute, a range of over 1200 nautical miles, a cruise speed of 422 knots ... Performance, FoundEnjoy this state of the art entry into the VLJ (Very Light Jet) category for MSFS 2020. A culmination of a three year development journey by Marwan Gharib in which no detail has been overlooked. Beyond the Garmin 3000 cockpit management system, users will find an array of features, improvements and personal touches that will make this aircraft impossible to step away from. With a climb out of 4,100 ft per minute, a range of over 1200 nautical miles, a cruise speed of 422 knots and landing/takeoff distances under 3,500 feet; you will soon find yourself exploring MSFS 2020 like never before. Make this the perfect addition to your Microsoft Flight Simulator 2020 light business jet collection. Whether exploring the Caribbean or cruising the Alps, the eye-catching, award winning design of the H-Jet will make this a go to staple for all of your short and medium range virtual business adventures. Please visit the FlightFX Discord community for assistance with any issues.
Detailed Systems and Functions:
Electrical system that reacts appropriately to different load scenarios such as requirement for load shedding, bus separation, etc
Fuel system that reacts automatically to fuel imbalances and switches the source tanks in correct sequences as per the real counterpart
Custom coded HVAC logic utilizing thermodynamic equations to model valve actuations, fan speeds, and background automated activities to reach user input target temperature set points
Automated hydraulic system
Custom built, automated anti ice system with visual icing. If in auto mode, the aircraft will automatically turn on anti icing for the needed surfaces
Fully automated pressurization system, with manual/auto oxygen drop mask deployment in case of pressurization failure
Functioning fire panel with audio warnings and CAS messages
Unique Displays and Autopilot Functionalities:
Custom G3000 Touch Screen Controller (TSC) allowing user to control the aircraft lighting system, HVAC system, checklists, performance initialization, V-Speeds, exits, static elements, pax loading, cargo and fuel
Coupled Vertical Navigation
Built-in checklists
Custom PFD/MFD/ENGINE DISPLAY faithful to the real life counterpart
Custom PFD Crew Alert System (CAS) with over 130 unique messages as per the AFM
CSC system (cruise speed control)
Fully automated external lighting system handling taxi and landing situations with a TSC interface to choose between auto or manual modes
Controllable and dimmable internal lighting system through the TSC
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BAe 146 Professional
Following on from their popular Hawk T1/A Advanced Trainer and PA-28 family of aircraft for MSFS, Just Flight's in-house team has developed this highly detailed simulation of the 146 regional jet following comprehensive, hands-on research with a real-world aircraft, G-JEAO, which retired from service with British European Airways in 2000 and is now preserved at the de Havilland Aircraft Museum, and the CC. Mk2 and C. Mk3 aircraft of Royal Air Force, 32 (The Royal) Squadron.
Just Flight ... Following on from their popular Hawk T1/A Advanced Trainer and PA-28 family of aircraft for MSFS, Just Flight's in-house team has developed this highly detailed simulation of the 146 regional jet following comprehensive, hands-on research with a real-world aircraft, G-JEAO, which retired from service with British European Airways in 2000 and is now preserved at the de Havilland Aircraft Museum, and the CC. Mk2 and C. Mk3 aircraft of Royal Air Force, 32 (The Royal) Squadron.
Just Flight are excited to bring you the 146 ‘Whisper Jet’ – featuring the 100, 200 and 300 series of this classic British airliner. The design process of what was to become the 146-100 began under Hawker Siddeley in 1973, when the iconic high T-tail, short undercarriage, four engines and distinctive airbrake were chosen to produce a regional airliner with short-field performance and quiet operation. The 146-100 first flew in 1981, followed by the stretched 200 series in 1982 and the 300 series in 1988.
The Royal Air Force purchased three 146-100s in 1986 and these were operated by The Queen's Flight, designated the CC. Mk2 ‘Statesman’ and equipped with VIP cabins. The aircraft were used to transport the British royal family and senior members of the UK military and government.
The 146 was also popular with cargo operators due to its excellent capacity and low engine noise, allowing for night flights into city airports. Two cargo variants were developed: the convertible passenger and freight variant (QC) and the freight-only Quiet Trader (QT). The Royal Air Force also operated two 200QC aircraft, designated the C. Mk3.
Eight variants of the 146 are included in this product – the 100 to 300 passenger variants, the 200QC and QT, 300 QT, RAF CC. Mk2 ‘Statesman’ and C. Mk3 – offering a wide variety of configurations, ranges and flight operations across the globe.
The exterior models are stunningly detailed, featuring 8K and 4K textures for incredible clarity and the latest Physical Based Rendering (PBR) material technology to produce realistic metallic, plastic and glass surfaces. Realistic animations include trailing-edge flap mechanisms, spoilers, large tail-mounted airbrake and all passenger and cargo doors.
The Captain and First Officer positions in the cockpit are modelled with hundreds of functional switches, knobs and controls. The aircraft features complex custom-coded systems based on real-world FCOMs, including hydraulic, electrical, fuel and pressurisation, and the cockpit is also fitted with a functional Thrust Management System (TMS) and comprehensive navigation equipment which includes traditional navigation equipment for tracking VORs, NDBs and ILSs, as well as two types of FMS for RNAV navigation.
The aircraft are brought to life with immersive dynamic lighting and 3D Wwise sounds, with unique flight dynamics for each variant and custom effects from condensation and contrails to realistic exterior lighting.
The 146 was flown all around the world and over 40 airline liveries from the UK, USA, Europe and Australia are included, bringing you many iconic airlines and paint schemes.
See the Detailed Description below for full details of all the aircraft features and you can also take a look at the PDF manuals: 146 Professional Operations Manual, UNS-1 FMS Manual, EFB manual.
New features - the 146 Professional has received many significant updates/upgrades since the original release, with a plethora of changes being made to the aircraft systems and visuals, as well as extra features and quality-of-life additions based on community feedback. This all ensures that the 146 Professional is one of the most complete products available for MSFS! The free 'Version 2' update (4 April 2024) adds even more features, including fully interactable passenger cabins, a UNS-1 Flight Management System and boarding simulation. A video covering these latest additions can be viewed here. VARIANTS
Eight variants of the 146 are included:
146-100
146-200
146-300
146-200 QC & QT (cargo)
146-300 QT (cargo)
CC. Mk2 (RAF VIP configuration with countermeasure pods)
C. Mk3 (RAF cargo configuration with countermeasure pods)
MODEL
Accurately modelled using real-world aircraft plans and comprehensive photography of the real aircraft (G-JEAO, ZE701 and ZE708)
Numerous animations, including: - Trailing edge flap surfaces - Wing-mounted spoilers and tail-mounted airbrake - All passenger, service and cargo doors, and integral airstairs - Windscreen wipers - Distinctive retractable tricycle landing gear - Countermeasure pods, HF aerial and more
Physically Based Rendering (PBR) materials produce realistic metallic, plastic and glass surfaces
4K and 8K textures are used to produce the highest possible texture clarity
Authentic labelling and placards based on those found in the real aircraft, with decals used for high-resolution text
Ground services support (marshaller, fuel truck etc. )
Full support for MSFS visual icing effects
Highly detailed and fully simulated passenger and cargo cabins
COCKPIT
Captain and First Officer positions are modelled with hundreds of functional switches, knobs and controls. Even the pilot and observer seats, cup holders and sun visors are functional!
A truly 3D cockpit environment right down to accurately modelled seat belts and screw heads - every instrument is constructed fully in 3D with smooth animations
Cockpit textures feature wear and tear based on reference photos taken in the real aircraft to produce an authentic environment
Aircraft state system which will automatically save the aircraft state whenever a flight is saved and reload it whenever that flight is loaded
Aircraft configuration system which allows you to choose between 'Cold & Dark', ‘Turnaround’ or 'Ready for Take-off'
Many features have been added to help with usability such as the ability to hide the control yokes for a better view of the instruments and pre-set camera views for the overhead panel, centre pedestal and jump seat, hidden clickspot for setting all altimeters to standard and controlling all four N1 and TGT bugs, and automatic ground idle selection
Developed using the latest MSFS standards, including intuitive and easy-to-use controls for rotary knobs, multi-position switches and levers
Fully compatible with MSFS VR mode
EFB tablet with a plethora of features including boarding simulation, failures menu and interactive checklists, as well as SimBrief and Navigraph supportFully interactable and customisable paper charts and checklists
LIVERIES
The 146 comes with a variety of airline liveries from the UK, USA, Australia, Europe and more.
146-100
Air France Express (G-JEAT)
AirUK (G-UKPC)
British Aerospace demonstrator (G-SSSH)
Dan-Air London (G-BKMN)
Formula One Flight Operations White (G-OFOM)
Formula One Flight Operations Silver (G-OFOA)
Jersey European (G-JEAO)
Pacific Southwest Airlines (N246SS)
United Express (N463AP)
146-200
AirCal (N146AC)
Air Canada Jazz (C-GRNZ)
American Airlines (N699AA)
Cello Aviation (G-RAJJ)
Cobham Aviation (VH-NJG)
Continental Express (N406XV)
Jota Aviation (G-SMLA)
QantasLink (VH-NJJ)
SN Brussels Airlines (OO-DJJ)
USAir (N165US)
Crossair (HB-IXD)
Discovery Air (N882DV)
146-200QC
TNT Airways (OO-TAZ)
Titan Airways (G-ZAPK)
146-200QT
TNT Airways 1990s (G-TNTA)
Ansett Australia Airlines Cargo (VH-JJZ)
Titan Airways (G-ZAPR)
146-300
Aer Lingus (EI-CTO)
Air New Zealand (ZK-NZN)
Ansett Australia (VH-EWM)
Astra Airlines (SX-DIZ)
British Airways (G-OINV)
Eurowings (D-AQUA)
Cobham Aviation Services (VH-NJN)
Flybe (G-JEBC)
KLM UK (G-UKAC)
Buzz (G-UKID)
United Express (N615AW)
146-300 QT
ASL Airlines (EC-MID)
Australian Air Express (VH-NJM)
Jota Aviation (G-JOTE)
TNT Airways (OO-TAD)
CC. Mk2
RAF Statesman modern (ZE701 – Queen’s Flight)
RAF Statesman 1980s (ZE701 – Queen’s Flight)
C. Mk 3
RAF (ZE708)
A PSD Paint Kit (2. 1GB) is also available to download.
SYSTEMS
146 Professional features custom-coded aircraft systems with a high degree of complexity and depth, including:
Air-conditioning and pressurisation system
Automatic and manual pressurisation modes with control of outflow valves, barometric and cabin rate settings, indications and cabin altitude warnings
Cabin altitude and differential values based on real-world data
Automatic and manual flight deck and cabin temperature control – takes account of ambient temperature, air supply from the engines and/or APU, fresh or recirculated air and even whether the doors are open!
Auto-flight system
Autopilot and flight director system with multiple modes: - Pitch - altitude arm and hold, vertical speed, IAS, Mach, glideslope and go-around - Roll – VLOC, BLOC, LNAV (FMC) and HDG - Turbulence mode - Pitch and bank selection and hold - Sync mode for quick changes to aircraft attitude
Fully-functional mode annunciations, engagement and disengagement criteria (including roll and pitch rate cut-out and stall cut-out) and integration with ADI and HSI
Simulated CAT 2 approach monitoring system
Electronic Flight Bag (EFB)The aircraft is equipped with a tablet EFB for controlling various aircraft options and payloads, including:
Set fuel quantity in individual tanks (including total fuel weight, automatically split between tanks)
Set payloads in passenger cabin and cargo holds (including Zero Fuel Weight)
Control the pilot and cabin announcements
Quickly select aircraft states (Ready for Take-off, Turnaround and Cold-and-Dark)
Toggle ground power unit (GPU) and chocks
Monitor CG position and automatically set take-off trim based on CG
Aircraft configuration menu with many options, including altimeter sync, traditional/TCAS VSI, state saving, cabin lighting, model options and much more
The EFB can also be used for flight planning and monitoring:
Import your SimBrief flight and view a summary or scrollable full OFP
Monitor your position in real time using a map view with tracking, zoom and pan options
Explore and view your Navigraph charts
Use a notepad for making notes during the flight, particularly useful for noting down clearances and taxi instructions
Flight Management System
Two fully functional FMSs for lateral navigation (LNAV): a 'Modern' option based on the popular Working Title Pro Line 21 FMS and a 'Classic option simulating the Universal UNS-1 FMS
Up-to-date AIRAC cycles (Working Title FMS updated via the Navigraph MSFS database; Universal UNS-1 updatable via the Navigraph Hub app with a subscription)
Lateral navigation integration with LNAV autopilot mode and HSI
Ability to manually input full flight plans
SimBrief flight plan import function
Import flight plan from MSFS main menu (Working Title FMS only)
SID and STAR support
Holding pattern support
Navigation and performance monitoring
Communication system
Dual VHF COMM, NAV and ADF radios, with 8. 33kHz spacing support
Cockpit voice recorder test and indication systems
Functioning audio selector and PA chime
Electrical system
Independent engine, APU and external power (AC and DC) sources
Generator and TRU loading, and automatic load switching
Standby generator and inverter power sources for non-normal procedures
Independent AC channels, including normal, essential and emergency busbars, and bus-ties facilities
Fire protection system
Engine, APU and fuselage fire detection and warning systems
Engine fire extinguishing system
Fully simulated test functionality
Flight controls
Servo-tab simulation – the position of elevator and aileron surfaces is dependent on servo-tab control inputs and airflow over the surface
Iconic tail-mounted airbrakes, roll and lift spoilers with independent hydraulic sources, realistic deployment times and custom AC and PTU pump sounds
Flight control disconnect and yoke control lock functionality
Accurately simulated flap system with hydraulic and electrical power sources, baulk override, fault testing and iconic howl when deployed in the air
Stall identification and warning systems, including stick shaker and pusher, and inhibit mode
Simulated configuration warning system
Flap Trim Compensation (FTC) system on the 146-300
Fuel system
Realistic fuel load and burn based on real-world data
Simulated electrical normal and hydraulic standby fuel pumps, centre and wing tanks with feed tanks for each engine, and LP and HP fuel cocks
Fully functional centre-to-wing fuel transfer, cross-feed and common-feed valves
Auxiliary fuel tanks fitted (can be toggled via the EFB) to provide additional range - great for bizjet operations
Hydraulic system
Independent yellow and green hydraulic systems with realistic pressure, quantity and supply to other systems
Simulated AC- and DC-driven back-up pumps and power transfer unit (PTU)
Functional standby generator for supplying AC and DC electrical power in non-normal situations
Simulated depleting brake pressure over time when hydraulic supply is removed
Simulated airbrake deployment over time when hydraulic supply is removed
Ice and rain protection system
Ice detection and accumulation simulation, anti-icing and de-icing functionality for exterior surfaces, warning systems for in-flight monitoring
Simulation of separate inner and outer wing anti-icing, and windscreen overheating
Indicating and recording systems
A vast array of annunciators, including accurately simulated Master Warning System (MWS) with amber and red cautions, audible warnings and ground testing for all systems
Flight Data Entry Panel (FDEP) for entering flight details (date, flight leg and number)
Landing gear
Normal and emergency gear extension, including gear down-lock override
Gear configuration indication and warning systems
Simulated brake accumulators supplied via the hydraulic power sources (yellow or green), anti-skid and brake temperature indicator with cooling down periods that are affected by ambient temperature, brake usage and brake fans
Captain and First Officer tillers for realistic nose-wheel steering
Navigation systems
Transponder with TCAS (integrated with VSI TCAS display) and flight ID input functionality
Dual RMI/DBI and HSI navigation instruments, fed by two NAV and ADF radios, including DME hold function
Instrument source selector for NAV 1, NAV 2 or dual navigation via the ADI, HSI and auto-flight system
Choice of traditional or TCAS VSI
Fully functioning test modes on navigation instruments (e. g. HSI, radio altimeter and ADI)
Custom-coded GPWS with modes 1-6, steep approach mode, flap warning override and test functionality
Oxygen system
Flight crew and passenger oxygen systems with valve and mask deployment controls
Pneumatic system
Realistic bleed air demand from engines and APU, and pneumatic supply to air-conditioning and ice protection systems
APU
Realistic APU start and shutdown procedures, and bleed air and electrical power supply
RPM, TGT and fuel burn values based on real-world data
Doors and stairs
Animations panel for controlling passenger and service doors, lower cargo doors and fuselage cargo door
Deployable airstairs, powered by the Yellow hydraulic system
Doors and airstairs can be controlled manually via their respective handles and levers in the cabin
Power plant
N1, N2, TGT, oil pressures and temperatures will all differ subtly between engines
Accurately simulated Thrust Modulation System (TMS) with take-off (full or flexible), maximum continuous thrust, TGT and descent modes. Takes account of engine bleed air requirements, e. g. for air conditioning and ice protection systems.
Realistic engine start procedures with external, APU or cross-start sources
Simulation of ground and flight idle baulks
Take-off and landing speed card which automatically displays reference speeds depending on current aircraft weight, and settable airspeed indicator and engine instrument bugs
Lighting
Independent lighting controls for Captain and First Officer
Dimmable integral lighting for each panel
Dimmable dynamic flood and storm lighting for a highly immersive and customisable night environment (more than 10 individual light sources, including entry, lap, sill and flight kit)
Freely moveable lap and sill lighting
Accurately simulated exterior lighting, including wing, logo and runway exit lights, and taxi/landing and navigation lights with different intensities
Realistic passenger cabin and cargo area lighting
Sounds
MSFS-native (Wwise) sound package taking full advantage of the new MSFS capabilities
Studio quality Lycoming ALF-502 engine noise recorded from RAF C. Mk3 ZE708
Over 450 flight deck sound effects recorded from RAF CC. Mk2 ZE701
Detailed equipment audio such as the APU, brake fans, electrical circuits, hydraulic equipment and many more
Distinctive flap retraction/extension airflow ‘howling’ sound
Detailed physics-based effects on engine and wind noise
Accurately positioned 3D sound sources (best enjoyed in VR!)
Custom crash and scraping effects
Cabin audio for chimes, airstairs and doors, and even a functional coffee maker!
Fully functional music player with seven music tracks as standard and the ability to import custom music tracks
FDE and effects
Realistic and accurate performance in the air and on the ground, using unique flight models for all variants based on real-world performance and handling data, and input from real-world 146 pilots
Custom effects for enhanced immersion, including engine, GPU and APU exhaust haze
Complete exterior lights package as seen on the real 146, including landing, wing, runway, logo and taxi lights that illuminate objects and the ground, for ease of operation during the hours of darkness
Passenger cabine
Highly detailed and fully interactable passenger cabins for each of the 146 variants
Unique 146 cabin features include a curved aft cabin where seat layout reduces from a 3+3 to a 2+2 configuration for the last few rows, window blanks and smaller overhead bins
Extensive simulation of the cabin environment, including fully animated and interactable cabin doors and airstairs, lighting controls, cabin call panels and even a functional coffee maker and circuit breakers
Ground service electrical bus simulation
Independent lighting controls for galleys, ceiling, side wall, toilet and worktop.
AUTO CABIN CREW option on the EFB that, when enabled, simulates the cabin crew performing their duties during the flight, including responding to cabin call chime, playing cabin music during passenger boarding and after landing, and performing passenger announcements
Fully simulated music player with play, pause, skip, shuffle, repeat and volume functions
Potable water that depletes throughout the flight and varies depending on coffee maker usage
Freighter cabins included for 200QC, 200QT and 300QC
Other features
260+ page PDF Operations Manual with flight tutorial, systems guide, procedures, limitations and handling notes
20+ page PDF EFB manual with detailed information on all EFB features
50+ page UNS-1 Operations Manual
Multiple interior and exterior camera presets, including wing views
PSD Paint Kit (2. 1GB) available so you can create your own paint schemes
Full support for MSFS checklists (manual and Automatic/Co-pilot modes)
Support for numerous control assignments for compatibility with controllers and hardware
GSX compatible; aircraft profiles included for each 146 variant
| Aerosoft | Contrail | flightsim.com | Just Flight | Marketplace | SimMarket |
|---|---|---|---|---|---|
| $69.99 ex tax | $56.71 ex tax | $64.99 ex tax | $69.99 ex tax | $69.99 ex tax | $55.67 ex tax
|
| Aerosoft | $69.99 ex tax |
|---|---|
| Contrail | $56.71 ex tax |
| flightsim.com | $64.99 ex tax |
| Just Flight | $69.99 ex tax |
| Marketplace | $69.99 ex tax |
| SimMarket | $55.67 ex tax
|