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Stratawx New
StrataWx is the modern alternative to Active Sky's clunkiness. It feeds live atmospheric data into MSFS 2024 in real time: winds and temperature aloft, cloud decks, precipitation, pressure, and aviation hazards, written straight into the running sim through its in-game weather engine. No file swaps, no menu fiddling, and none of the abrupt jumps of older weather engines. The weather updates continuously and eases into place while you fly, anywhere on Earth, because StrataWx is built on global fo... StrataWx is the modern alternative to Active Sky's clunkiness. It feeds live atmospheric data into MSFS 2024 in real time: winds and temperature aloft, cloud decks, precipitation, pressure, and aviation hazards, written straight into the running sim through its in-game weather engine. No file swaps, no menu fiddling, and none of the abrupt jumps of older weather engines. The weather updates continuously and eases into place while you fly, anywhere on Earth, because StrataWx is built on global forecast models rather than US-only feeds.
What sets it apart
- Truly live injection. StrataWx writes to MSFS 2024's in-memory weather API (updateTempWeatherPreset) from an in-game toolbar panel, the only path that updates active weather without a reload. It auto-engages the moment you open the app.
- Smooth transitions. Custom per-channel smoothing (coast, then ease out, with a cold-start snap so you load straight into correct conditions) is purpose-built to eliminate the abrupt jumps of older weather engines like Active Sky.
- Multi-layer clouds. StrataWx carries far more than the old three-deck limit, probing the sim's real ceiling at runtime instead of assuming it.
- Global coverage. Winds, temperatures, precipitation, and computed hazards (icing, turbulence, freezing levels, convective bands) are equal fidelity worldwide via Open-Meteo and GFS, with international SIGMET, AIRMET, and PIREP advisories.
- Three modes. Live for current real weather, Historical to replay any past instant from the ERA5 reanalysis archive, and Sandbox to author your own conditions.
- Flight-plan aware. Pull a SimBrief route and preview real weather at each waypoint's planned altitude, with winds, temperatures, and hazards fix by fix.
- Cockpit-grade UI. An EFIS-styled dashboard with cloud-deck tables, wind ladders, vertical profiles, a basemap radar view, and live METAR and ATIS readouts, in dark and light themes.
Latitude + Longitude (ghd2100) New
Latitude:
AIRCRAFT HISTORY
The Citation Latitude is an advanced, twin-engine, mid-size business jet developed and manufactured by American aviation company Cessna. Crewed by two, it can accommodate up to nine passengers, although typical configurations seat up to eight in its main cabin. A best-selling member of the vaunted Citation family, the Citation Latitude took its maiden flight on February 18, 2014, and Cessna began deliveries in August of 2015.
Engineers at Cessna b... Latitude:
AIRCRAFT HISTORY
The Citation Latitude is an advanced, twin-engine, mid-size business jet developed and manufactured by American aviation company Cessna. Crewed by two, it can accommodate up to nine passengers, although typical configurations seat up to eight in its main cabin. A best-selling member of the vaunted Citation family, the Citation Latitude took its maiden flight on February 18, 2014, and Cessna began deliveries in August of 2015.
Engineers at Cessna based the Citation Latitude on their highly successful Cessna Model 680 Sovereign. The Model 680 took its maiden flight in February of 2002 and quickly established itself as a highly versatile offering due to its comfortable cabin, speed, long range, and exceptional short-field performance. To create the Citation Latitude, engineers at Cessna kept the Model 680 wing, engines, and empennage, and upgraded the fuselage. The Citation Latitude fuselage has a flat floor and is wider and taller than that of the Model 680, boasting stand-up room (6 feet from floor to ceiling).
The Cessna Citation Latitude features a low-mounted main wing with a swept leading edge and “swooplets,” small winglets for the mitigation of drag-inducing vortices. It has a cruciform empennage and a retractable tricycle undercarriage. Its cockpit has the Garmin G5000 avionics suite, comprising three 14-inch color LCD displays and four touchscreen controllers. The system includes Garmin Synthetic Vision, advanced diagnostics, graphical weather, dual Garmin communication / navigation units, and integrated autothrottles.
The aircraft measures 62 feet, 3 inches in length, stands 20 feet, 11 inches in height, and has a wingspan of 72 feet, 4 inches. It is powered by two fuselage-mounted Pratt and Whitney Canada PW306D1 turbofan engines, each of which generates 5,907 pounds of thrust. It has a maximum range of 3,100 miles, a service ceiling of 45,000 feet above sea level, and a maximum climb rate of 2,313 feet per minute. It cruises at 423 miles per hour and has a maximum speed of 513 miles per hour.
PRODUCT OVERVIEW
Step into the cockpit of one of the best-selling midsize business jets in the world with this highly detailed simulation of the Cessna Citation Latitude. Built specifically for Microsoft Flight Simulator, it delivers an authentic flying experience with a meticulously accurate flight model and a beautiful, high-fidelity visual recreation of the aircraft’s sleek lines and spacious cabin.
The flight dynamics have been carefully developed to match real-world Citation Latitude behavior, capturing the stable handling characteristics of its straight wing and T-tail configuration. You’ll feel the crisp roll response, realistic pitch and trim behavior, and predictable performance in every phase of flight - from takeoff through high-altitude cruise to smooth landings on shorter runways.
Powered by two FADEC-equipped Pratt & Whitney Canada PW306D1 engines, the Latitude offers excellent thrust response and realistic engine performance that closely reflects the real aircraft. The model also features a highly detailed 3D cockpit and passenger cabin with animated switches, realistic lighting, and high-resolution textures throughout.
Whether you’re making quick hops between cities or flying longer 2,000+ nm legs, this simulation lets you experience the Citation Latitude’s perfect balance of comfort, efficiency, and capability. From the quiet, stand-up cabin to the impressive short-field performance, it’s easy to see why the real aircraft remains a favorite in the midsize segment.
Smooth, capable, and thoroughly enjoyable to fly. The Citation Latitude is now available in stunning detail for your simulator.
Longitude:
AIRCRAFT HISTORY
The Citation Longitude is a twin-engine, super midsize business jet developed and manufactured by American aviation producer Cessna, a subsidiary of Textron Aviation. A member of the long-running Cessna Citation family, the Citation Longitude took its maiden flight on October 8, 2016 and entered service in October of 2019. The model is renowned for its speed, efficiency, and quiet and luxurious cabin. It has seating for up to 12, including one or two pilots in the cockpit, comprises state-of-the-art avionics and flight controls, and boasts transatlantic range.
Cessna developed the Citation Longitude from its successful Citation Latitude, notably by extending the fuselage design of the Latitude by six feet. The Longitude features a low-mounted, swept main wing, a T-tail empennage, and fuselage-mounted turbofan engines. The Longitude uses the Garmin G5000 fully integrated flight deck with large color touchscreens. The avionics package includes state-of-the-art flight controls, head-up displays, situational awareness systems, autothrottle, autopilot, and communications systems.
The Citation Longitude measures 73 feet, 2 inches in length, stands 19 feet, 5 inches tall, and has a wingspan of 68 feet, 11 inches. It is powered by two Honeywell HTF7700L turbofan engines, each of which generates up to 7,665 pounds of thrust. The Citation Longitude has a maximum range of 4,028 miles, a service ceiling of 45,000 feet above sea level, a maximum climb rate of 4,892 feet per minute, and a cruise speed of 556 miles per hour.
PRODUCT OVERVIEW
Sim Federation is proud to introduce the Cessna Citation Longitude for Microsoft Flight Simulator: a modern super-midsize business jet built for high-speed executive travel, refined handling, and immersive glass-cockpit flying.
Featuring a detailed exterior model, fully modeled cockpit, refined cabin environment, and advanced Garmin avionics, the Longitude delivers a polished business aviation experience from cold and dark startup to high-altitude cruise and final approach.
A standout feature is the Garmin GHD 2100 Head-Up Display, including four selectable modes, with two modes featuring synthetic night vision. This gives pilots enhanced situational awareness during night operations, low-visibility approaches, and demanding flight conditions.
Features:
- Detailed Cessna Citation Longitude model
- Garmin G5000 flight deck
- Garmin GHD 2100 HUD with four modes
- Two synthetic night vision HUD modes
- Detailed cockpit and passenger cabin
- Realistic lighting, animations, and materials
- Refined flight dynamics for cruise, descent, and approach
Elegant, capable, and technologically advanced, our Citation Longitude brings modern executive jet flying to life in Microsoft Flight Simulator.
Longitude With Ghd 2100 Hud New
AIRCRAFT HISTORY
The Citation Longitude is a twin-engine, super midsize business jet developed and manufactured by American aviation producer Cessna, a subsidiary of Textron Aviation. A member of the long-running Cessna Citation family, the Citation Longitude took its maiden flight on October 8, 2016 and entered service in October of 2019. The model is renowned for its speed, efficiency, and quiet and luxurious cabin. It has seating for up to 12, including one or two pilots in the cockpit... AIRCRAFT HISTORY
The Citation Longitude is a twin-engine, super midsize business jet developed and manufactured by American aviation producer Cessna, a subsidiary of Textron Aviation. A member of the long-running Cessna Citation family, the Citation Longitude took its maiden flight on October 8, 2016 and entered service in October of 2019. The model is renowned for its speed, efficiency, and quiet and luxurious cabin. It has seating for up to 12, including one or two pilots in the cockpit, comprises state-of-the-art avionics and flight controls, and boasts transatlantic range.
Cessna developed the Citation Longitude from its successful Citation Latitude, notably by extending the fuselage design of the Latitude by six feet. The Longitude features a low-mounted, swept main wing, a T-tail empennage, and fuselage-mounted turbofan engines. The Longitude uses the Garmin G5000 fully integrated flight deck with large color touchscreens. The avionics package includes state-of-the-art flight controls, head-up displays, situational awareness systems, autothrottle, autopilot, and communications systems.
The Citation Longitude measures 73 feet, 2 inches in length, stands 19 feet, 5 inches tall, and has a wingspan of 68 feet, 11 inches. It is powered by two Honeywell HTF7700L turbofan engines, each of which generates up to 7,665 pounds of thrust. The Citation Longitude has a maximum range of 4,028 miles, a service ceiling of 45,000 feet above sea level, a maximum climb rate of 4,892 feet per minute, and a cruise speed of 556 miles per hour.
PRODUCT OVERVIEW
Sim Federation is proud to introduce the Cessna Citation Longitude for Microsoft Flight Simulator: a modern super-midsize business jet built for high-speed executive travel, refined handling, and immersive glass-cockpit flying.
Featuring a detailed exterior model, fully modeled cockpit, refined cabin environment, and advanced Garmin avionics, the Longitude delivers a polished business aviation experience from cold and dark startup to high-altitude cruise and final approach.
A standout feature is the Garmin GHD 2100 Head-Up Display, including four selectable modes, with two modes featuring synthetic night vision. This gives pilots enhanced situational awareness during night operations, low-visibility approaches, and demanding flight conditions.
Features:
- Detailed Cessna Citation Longitude model
- Garmin G5000 flight deck
- Garmin GHD 2100 HUD with four modes
- Two synthetic night vision HUD modes
- Detailed cockpit and passenger cabin
- Realistic lighting, animations, and materials
- Refined flight dynamics for cruise, descent, and approach
Elegant, capable, and technologically advanced, our Citation Longitude brings modern executive jet flying to life in Microsoft Flight Simulator.
* Synthetic Vision may behave abnormally when Microsoft Flight Simulator 2024 is running in Developer Mode. For best results, we recommend disabling Developer Mode.
Corse Vineyards Ms24 New
Corse vineyards add 520 vineyards into the msfs world. Empty fields now enjoy correct vegetations as recently released data. The package also fix a good numbers (520) brown fields with a newly designed mat to cover the overdone brown color. You can visits vineyards by simply following the onboard msfs map; where those appear as dark green color; this make easy to find and see how much Corse changed with this addon.Corse vineyards add 520 vineyards into the msfs world. Empty fields now enjoy correct vegetations as recently released data. The package also fix a good numbers (520) brown fields with a newly designed mat to cover the overdone brown color. You can visits vineyards by simply following the onboard msfs map; where those appear as dark green color; this make easy to find and see how much Corse changed with this addon.
Te Urewera, Raukumara Ranges HUTS New
A Huge are of dense Native New Zealand Bush that was alive with the sound of helicopters throughout the 70s and 80s in New Zealands Venison recovery boom. 71 huts are scattered throughout the ranges. In reality the locals have since burnt and destroyed around 30 of these, so this a scnapshot of how they were before. There is a custom base to start at with some kiwifruit orchards nearby just north west of Opotiki. (NZBOP) I added a fictional Eco off grid Log Cabin high in the Raukumara Ranges 5... A Huge are of dense Native New Zealand Bush that was alive with the sound of helicopters throughout the 70s and 80s in New Zealands Venison recovery boom. 71 huts are scattered throughout the ranges. In reality the locals have since burnt and destroyed around 30 of these, so this a scnapshot of how they were before. There is a custom base to start at with some kiwifruit orchards nearby just north west of Opotiki. (NZBOP) I added a fictional Eco off grid Log Cabin high in the Raukumara Ranges 50km from the heli base as just a place to hang with friends. Be sure to check out the spectacular Maungapohatu Bluffs in the Ureweras, and the scenic Lake Waikaremoana.
The Base and Lodge have helipad hot and cold and dark starts. The huts have a helipad but I don't recommend starting there as Ive had to put the helipads under the huts to stop the helipad auto flatten messing up the landing area, as these huts all have a small area of 1m terrain mesh around them to allow a more accurate representaion of real world landings there. Have tweaked all the tree biomes in the area for a more realistic representation of the dense native forest of the Ureweras and Raukumaras.
* Apiti Hut (NZUAPH)
* Bay of Plenty Helicopter Base (NZUBOP)
* Brills Biv (NZUBB)
* Casino Hut (NZUCH)
* Central Te Hoe Hut (NZUCTHH)
* Central Waiau Hut (NZUCWH)
* Central Whirinaki Hut (NZUCWHH)
* Duckville Hut (NZUDVH)
* Hanamahihi Hut (NZUHMH)
* Hikarangi hut (NZUHKR)
* Kahunui Hut (NZUKH)
* Koaunui Hut (NZUKOH)
* Koranga Forks Hut (NZUKFH)
* Kotepato Hut (NZUKPH)
* Lagoon Hut (NZULH)
* Lower Matakuhia Hut (NZULMH)
* Makakoere Hut (NZUMAH)
* Manaohou Right Branch Hut (NZUMRBH)
* Mangaotane Hut (NZUMGTO)
* Mangakahika Hut (NZUMKH)
* Mangakirikiri Hut (NZUMKIH)
* Mangamako Hut (NZUMMH)
* Mangamate Hut (NZUMH)
* Manganuku Hut (NZUMGU)
* Mangapouri Hut (NZUMNH)
* Mangaawai Hut (NZUMWH)
* Mangatoatoa Hut (NZUMTH)
* Marauti Hut (NZUMUH)
* Moerangi Hut (NZUMOE)
* Ngahiramai Hut (NZUNGH)
* Okui Hut (NZUOKH)
* Nikau Hut (NZUNIH)
* Ohane Hut (NZUOHH)
* Ohora Hut (NZUORH)
* Onepu Hut (NZUOUH)
* Oronui Hut (NZUOH)
* Otane Hut (NZUOTH)
* Otanetea Hut (NZUOTT)
* Otapukawa Hut (NZUOPH)
* Pakihi Hut (NZUPH)
* Pakihi heads Hut (NZUPHH)
* Panekire Hut (NZUPNH)
* Sandy Bay Hut (NZUSBH)
* Savlon Hut (NZUSH)
* Skips Hut (NZUSKH)
* Takurua Hut (NZUTKR)
* Tataweka Hut (NZUTWEH)
* Tawa Hut (NZUTAH)
* Tawhiwhi Hut (NZUTWIH)
* Te Panaa Hut (NZUTPNH)
* Te Pourewa Hut (NZUTPH)
* Te Pua Hut (NZUTUH)
* Te Rangaakapua Hut (NZUTRH
* Te Totara Hut (NZUTTH)
* Te U Biv (NZUTUB)
* Te Wairoa Hut (NZUTWAH)
* Te Waiotukapiti Hut (NZUTWH)
* Te Waiti Hut (NZUTWT)
* Tokenui Hut (NZUTKH)
* Tokonui Midway Biv (NZUTMB)
* Tussock Game Lodge(Fictional with interior) (NZUTGL)
* Upper Matakuhia Hut (NZUUMH)
* Upper Te Hoe Hut (NZUUTHH)
* Upper Whirinaki Hut (NZUUWH)
* Verns Camp (NZUVC)
* Wahaatua Hut (NZUWHT)
* Waiharuru Hut (NZUWRRH)
* Waikare Junction Hut (NZUWJH)
* Waiopaoa Hut (NZUWPH)
* Waihua Hut (NZUWHH)
* Waipotiki Hut (NZUWPKH)
* Whanganui Hut (NZUWNH)
* Wharekahika Hut (NZUWKH)
Bahrain Airport V2
Bahrain International Airport (OBBI) – V2
Microsoft Flight Simulator
Experience the modern gateway to the Kingdom of Bahrain with the V2 update of Bahrain International Airport (OBBI) for Microsoft Flight Simulator. This enhanced version delivers a highly refined and immersive airport environment, showcasing the airport’s contemporary design, atmosphere, and operational detail like never before.
GSX Profile: https://flightsim. to/addon/108316/obbi-bahrain-international-airport-... Bahrain International Airport (OBBI) – V2
Microsoft Flight Simulator
Experience the modern gateway to the Kingdom of Bahrain with the V2 update of Bahrain International Airport (OBBI) for Microsoft Flight Simulator. This enhanced version delivers a highly refined and immersive airport environment, showcasing the airport’s contemporary design, atmosphere, and operational detail like never before.
GSX Profile: https://flightsim. to/addon/108316/obbi-bahrain-international-airport-tuwaiqdesigns-gsx-profile
What’s New in V2
Fully Remodeled Airport:
The airport has been completely reworked with improved modeling, updated structures, and enhanced architectural accuracy across the entire facility.
Full Terminal Interior:
The main terminal now features a detailed interior with modeled spaces, lighting, and ambient elements, bringing the airport to life from both airside and landside perspectives.
Updated Ground Textures:
Brand-new high-resolution ground textures with accurate markings, surface wear, and improved material quality for runways, taxiways, and aprons.
New Custom Jetways:
Fully custom-built jetways with refined models and accurate placement to match the real-world layout and enhance immersion during boarding operations.
Enhanced Night Lighting:
Completely upgraded lighting system across the airport, delivering realistic apron, runway, and terminal illumination for stunning night operations.
LOD Optimization:
New Levels of Detail (LODs) implemented throughout the scenery to ensure smooth performance while maintaining high visual fidelity.
Key Features
Highly Detailed Airport Model:
Accurate representation of Bahrain International Airport with refined structures, layout precision, and modern architectural detail.
PBR Materials & Textures:
Physically-Based Rendering provides realistic reflections, lighting interaction, and material depth across all airport surfaces.
Immersive Interior Modeling:
Detailed terminal interior visible from multiple viewpoints, adding depth and realism to the airport environment.
Custom Ground Textures:
Carefully crafted surfaces with realistic markings, weathering, and variation across operational areas.
Dynamic Night Environment:
Enhanced lighting system that brings the airport to life after dark with realistic glow and atmosphere.
Optimized for Microsoft Flight Simulator:
Designed to deliver a balance of visual quality and performance across a wide range of systems.
TriStar Airliner
The iniBuilds TriStar Airliner for Microsoft Flight Simulator 2024 brings one of aviation’s most distinctive widebody aircraft to life with an exceptional level of depth and authenticity. From its iconic tri-engine layout to its advanced systems for its era, every detail has been carefully developed using real-world data and extensive reference material, delivering an experience that captures the unique personality and operational complexity of the TriStar.
From cold & dark to shutdown, ... The iniBuilds TriStar Airliner for Microsoft Flight Simulator 2024 brings one of aviation’s most distinctive widebody aircraft to life with an exceptional level of depth and authenticity. From its iconic tri-engine layout to its advanced systems for its era, every detail has been carefully developed using real-world data and extensive reference material, delivering an experience that captures the unique personality and operational complexity of the TriStar.
From cold & dark to shutdown, the TriStar offers an engaging & rewarding experience across every phase of flight. At the heart of the aircraft lies the advanced Automatic Flight Control System (AFCS), capable of precise lateral and vertical navigation, including full CAT IIIB autoland. The aircraft features an authentic Direct Lift Control (DLC) system, allowing for precise glidepath control during approach, a hallmark feature of the real-world TriStar.
Navigation is equally true to its era, with a fully simulated triple INS setup and Performance Management System, enabling a range of workflows from traditional INS-only navigation to hybrid GPS-assisted operations. The aircraft is further supported by the Paper Flight Bag (PFB), offering powerful tools such as the Virtual Flight Engineer Autocomplete system, giving users the option to instantly configure complex systems or manage them manually for a more hands-on experience.
Whether you’re rediscovering a classic or experiencing it for the first time, the iniBuilds TriStar allows you to step into a golden era of aviation and master one of the most technically fascinating airliners ever built.
A340-600 Pro
The most advanced Airbus systems on the market – now finally available in MSFS!
The Aerosoft A340-600 Pro, developed in cooperation with ToLiss, faithfully recreates one of the most iconic long-haul aircraft with exceptional attention to detail, advanced systems simulation and immersive flight dynamics. Designed for serious flight simulation enthusiasts, this long-range flagship delivers an authentic experience from the cockpit to the cabin.
All aircraft systems and flight/engine mode... The most advanced Airbus systems on the market – now finally available in MSFS!
The Aerosoft A340-600 Pro, developed in cooperation with ToLiss, faithfully recreates one of the most iconic long-haul aircraft with exceptional attention to detail, advanced systems simulation and immersive flight dynamics. Designed for serious flight simulation enthusiasts, this long-range flagship delivers an authentic experience from the cockpit to the cabin.
All aircraft systems and flight/engine models developed by ToLiss.
A340-600Pro Features
Aircraft handling
- Custom flight model created specifically for this project allowing to accurately represent the aircraft flight physics. This allows better representation of the following effects than the MSFS default flight model:
- Effects of each individual control surface (2 aileron pairs that move individually, 6 independent spoiler surfaces)
- Accurate Lift/Drag modelling
- Effects of control surface failures (e. g. jam or free floating) on both aircraft dynamics and drag computations
- Custom coded aircraft flight control laws representing Normal law, Alternate 1, Alternate 2 and Direct Law, each providing different aircraft handling and protections as in real life.
Aircraft systems – general
- Detailed model of the aircraft hydro-mechanical and electrical systems, including system interdependencies
- 303 different system failures that can be ejected via our fault injection screen. Failures can trigger manually at a given time, altitude or speed as well as in a random fashion in a specific flight phase.
- Functional reset switches. All in cockpit reset switches are functional and can be used to reset the appropriate fault types.
- Hoppie CPDLC is supported, including PDC and WX data download via the Hoppie network
- ACARS functions: Simbrief flight plan import directly into the FMGS, including TO performance computations via MCDU uplink request
- Aircraft displays: Detailed custom display system with accurate representation of the different displays and ECAM pages as well as display reconfiguration in case of failures
Aircraft systems – FMGS suite
- Three fully functional, fully independent MCDUs.
- Two completely independent Autopilots. AP1 controls the aircraft based on the data displayed on the captain PFD, AP2 control the aircraft based on the data displayed on the copilot PFD. Due to our detailed ADIRU model (see below), these are not exactly the same – same as in real life.
- Flight Management system features:
- Support for all A424 legs
- Airbus specific vertical navigation capability, including step climbs
- Active, Alternate and two level of temporary flight plans
- Route offset from current position
- Support for pilot defined holdings, computed holdings and database holding.
- Support for pilot items such as custom waypoints, custom navaids, custom runways via the MCDU Data B page. Real life limitations for the number of elements apply.
Aircraft systems – specific
- Detailed ADIRU model: Custom modelling of the 3 Air Data and Inertial reference Units (ADIRUs) including injection of measurement accuracy errors on pressure readings and attitude angles. This simulates small differences between pilot and copilot side as they occur in real life also due to sensor accuracy limitations. The output of this model feeds the FBW system and the autopilot system. Therefore, both systems respond to modelled errors in the ADIRUs.
- Custom engine model: The aircraft uses a fully custom engine model for the computation of all engine parameters such as N1, N2, N3, EGT, fuel flow, thrust etc. This allows achieving a high level of accuracy for the simulated engine thrust and therefore the aircraft performance.
- Bleed system model: The amount of bleed air consumed by Air conditioning packs, engine starters, anti-ice etc. feeds back into the engine model and affects fuel flow, EGT as well as maximum available thrust. The underlying model computes pressure losses throughout the bleed ducts and valves in order to correctly distribute the bleed air usage between the engines.
- Electrical system model: Electrical system with all real-life bus reconfigurations and load propagation between busses including emergency generator, battery only supply etc.
- Hydraulic system model: A detailed hydraulic system model computes the hydraulic flow through the control surface actuators, landing gear pistons, brake accumulators etc. in order to appropriately load the hydraulic pumps. If the flow exceeds the pumps capacity, e. g. because you are flying on the Ram Air Turbine at low speed, the pressure in the system will drop, affecting the motion of all consumers of that system.
- Flight control surface model: The flight control surface move in response to a detailed actuator model that simulates the electro-hydraulic control loop of real-life actuators, including motion of the Electro-Hydraulic Servo Valves, Mode Select Valves etc. This leads to a realistic simulation of the ability of the surface to deflect against the aerodynamic forces. In case of hydraulic or actuator failures, the surface will have limited ability to deflect and in case that all actuators are lost it will float in the “aerodynamic neutral” position, i. e. the position into which the airflow pushes the surface.
- Fuel system model: Complete model of the A340-600 fuel system with 8 different fuel tanks, engine cross feed, mid and aft fuel transfer systems, jettison, in cruise CG control etc.
- Brake temperature model: Brake temperature model considering heat transfer between brake pads and discs, temperature sensors and wheels giving the appropriate delays in temperature sensing
- Radio navigation: Custom radio navigation model with simulated LOC and GS antenna locations, custom satellite visibility model, automatic, manual and backup tuning
- Taxi camera based on the MSFS Map API to assist during turns while taxiing.
Useability
- Detailed EFB with two subsets of functions. Functions available via the tabs in the top row are functions that you can find in a similar fashion in real life EFBs. Functions available via the tabs in the bottom row are simulator-specific functions that are not available in a real aircraft. Functions similar to those in a real aircraft EFB are:
- Navigraph Map and charts integration
- Simbrief OFP display. This can display an OFP downloaded directly into the EFB as well as OFPs downloaded via the MCDU into both the active and the secondary flight plan
- Weight and Balance screen showing also the predicted evolution of the CG and weight throughout the flight in order to ensure that you meet the landing weight and balance limits
- Take-off and landing performance calculators
- Interactive checklist
- Situation saving and reinstating: Ability to save an aircraft state exactly in order to continue from that state again another time. Note that WX reinstatement is subject to MSFS limitations
- Autosave: this saves the current aircraft state in regular intervals in order to allow resuming the flight, should MSFS crash
- Aircraft state changes: Ability to switch between 4 predefined aircraft states without affecting the flight plan in the FMGS. (Except if you switch to “cold and dark”, which will reset the FMGS. )
- Quick engine starts: Ability to perform an instant engine or APU start as well as an ADIRU quick align.
- Ability to force alternate or direct law independent of system failures.
- Support for a complete freeze when the simulator is paused or an active freeze that allows, e. g. to program the MCDU while the aircraft motion is frozen.
- Choice between two different weight variants of the aircraft (Standard and High Gross Weight)
- Choice between imperial or metric units on the aircraft screens and associated EFB pages
- Adjustable wing flex intensity to adapt it to personal preferences.
- Ability to skip straight to the next waypoint of a cruise segment in order to shorten the time in cruise.
Visuals
- Highly detailed and accurate 3D model of the Airbus A340-600 Pro, faithfully recreated based on real-world references and technical documentation.
- Custom-built animations for a wide range of aircraft systems and external components, delivering a dynamic and immersive experience.
- Realistic slats, flaps, and spoilers with smooth deployment and retraction sequences.
- Fully animated flight control surfaces including ailerons, elevators, stabilizer trim, and rudder, all responding precisely to pilot input and flight conditions.
- Advanced wing flex simulation dynamically influenced by aircraft weight, fuel distribution, ground unevenness, and atmospheric turbulence.
- Fully animated Ram Air Turbine (RAT) deployment in case of emergency scenarios.
- Detailed and animated passenger and cargo doors (bulk configuration to be determined), reflecting operational states.
- Functional cockpit door and animated cockpit windows, including locking mechanisms.
- Realistic landing gear animation including strut compression, extension/retraction cycles, and gear door sequencing.
- All animations are system-driven and react to the aircraft’s current state (hydraulic, electrical, and other systems), including the possibility of system-related damage effects.
- Fully custom-modeled 3D cockpit with high-resolution textures and precise geometry.
- Immersive cockpit lighting system with dynamic effects, interactive animations, and integrated sound design.
- Completely modeled passenger cabin interior, adding depth and realism to the oveall aircraft presentation.
Included situations
These 10 situations allow you to explore the aircraft's various levels of simulation. You can experience everything from an 'easy' approach to complicated system failures, where you, as the pilot, have to handle the situation correctly. Let's challenge yourself – it's awesome and great fun to experience what real pilots are trained for!
Included liveries
- Standard Livery | Aerosoft House | D-AERO (Fictional)
- Standard Livery | Azerbaijan Government | 4K-AI08 (Current)
- Standard Livery | Azman Air | 5N-AMM (Past)
- Standard Livery | Cathay Pacific | B-HQC (Past)
- Standard Livery | China Eastern Airlines | B-6051 (Past)
- Standard Livery | Conviasa | YV3545 (Current)
- Standard Livery | Etihad Airways | A6-EHI (Past)
- Standard Livery | Hainan Airlines | B-6510 (Past)
- Old Livery | Iberia | EC-JLE (Past)
- New Livery | Lufthansa | D-AIHI (Current)
- Old Livery | Lufthansa | D-AIHY (Current)
- Standard Livery | Mahan Air | EP-MMQ (Current)
- Standard Livery | Plus Ultra | EC-NFQ (Past)
- Standard Livery | Qatar Airways | A7-AGA (Past)
- Standard Livery | Sky Prime | HZ-SKY (Past)
- Standard Livery | South African Airways | ZS-SNA (Past)
- Standard Livery | Thai Airways | HS-TNA (Past)
- Standard Livery | Universal Sky Carrier (USC) | D-AUSZ (Current)
- Classic Livery | Virgin Atlantic Airways | G-VWIN (Past)
Note: The L3S DRM licensing system is used for this product. Further information can be found in Aerosoft's privacy policy.
Global Helipad Lighting On Sale
Helipad‑Lighting – Global Helipad Illumination for MSFS 2020 & MSFS 2024
Bring the world’s helipads to life like never before.
Helipad‑Lighting adds over 15,000 illuminated helipads across the entire planet, transforming night operations for helicopter pilots in Microsoft Flight Simulator 2020 and 2024.
Whether you fly rescue missions, private charters, sightseeing routes, or heavy utility operations, this addon ensures that every major helipad is visible, usable, and realisti... Helipad‑Lighting – Global Helipad Illumination for MSFS 2020 & MSFS 2024
Bring the world’s helipads to life like never before.
Helipad‑Lighting adds over 15,000 illuminated helipads across the entire planet, transforming night operations for helicopter pilots in Microsoft Flight Simulator 2020 and 2024.
Whether you fly rescue missions, private charters, sightseeing routes, or heavy utility operations, this addon ensures that every major helipad is visible, usable, and realistically lit — even in the darkest conditions.
This package also fully integrates with Heliport‑World, automatically lighting every helipad included in that scenery package for a seamless global experience.
✦ Key Features
✔ Over 15,000 Helipads Lit Worldwide
Covers real‑world helipads from airports, hospitals, rooftops, industrial sites, offshore facilities, and remote locations.
✔ Full Support for MSFS 2020 & MSFS 2024
Two optimized versions included — one for each simulator — ensuring maximum compatibility and performance.
✔ Complete Heliport‑World Integration
Every helipad in the Heliport‑World scenery package is automatically illuminated, creating a unified global helicopter environment.
✔ Four‑Point Perimeter Lighting
Each helipad receives a realistic four‑corner lighting pattern, improving visibility and approach accuracy during night operations.
✔ Ground‑Snapped Lighting System
All lights automatically conform to terrain elevation, preventing floating or buried lights regardless of location or elevation changes.
✔ Worldwide Coverage
From major cities to remote wilderness pads, if it exists in the sim — it’s lit.
✔ Zero Performance Impact
Lights are lightweight scenery objects designed for minimal FPS cost, even in dense urban areas.
✦ Perfect For
- Helicopter pilots flying at night
- Search & rescue operations
- Bush flying and remote landings
- Heliport‑World users
- VFR night navigation
- Streamers and content creators
- Anyone who wants a more alive, realistic world
✦ Why You’ll Love It
Helipad‑Lighting turns the world into a fully navigable night environment for helicopters. No more guessing where a pad is located. No more dark rooftops. No more invisible hospital pads. Everything is illuminated, consistent, and ready for operations.
This is the missing piece that finally makes global helicopter flying in MSFS feel complete.
✦ Included in the Package
- Helipad‑Lighting 2020 (MSFS 2020 version)
- Helipad‑Lighting 2024 (MSFS 2024 version)
- Easy installation
- Automatic integration with Heliport‑World
- Free future updates
- All new secure installer
Wenzhou Longwan Airport ZSWZ
Wenzhou Longwan International Airport(IATA: WNZ, ICAO: ZSWZ) is a 4E-class civil international airport and a regional hub airport.
This airport scenery was created by me after an on-site survey conducted on October 3, 2025. Approximately 600 real-life reference photos were used during development. As an individual developer with limited resources, I have done my best to faithfully recreate the airport's details.
Terminal Buildings
The airport features two terminals, T2 and... Wenzhou Longwan International Airport(IATA: WNZ, ICAO: ZSWZ) is a 4E-class civil international airport and a regional hub airport.
This airport scenery was created by me after an on-site survey conducted on October 3, 2025. Approximately 600 real-life reference photos were used during development. As an individual developer with limited resources, I have done my best to faithfully recreate the airport's details.
Terminal Buildings
The airport features two terminals, T2 and T1.
Terminal T2 is built based on its real-world structure and includes a fully recreated interior, as well as a realistically modeled T2 transportation hub that matches its real-life appearance.
Terminal T1 does not include an interior, as I was unable to access it during the reference-gathering process. Even so, the overall airport still looks impressive and visually appealing.
Night Lighting
The lighting has been recreated to closely match real-world brightness and color temperature. Terminal T2 alone contains over 1,000 interior light sources (consistent with the real airport). All airport lighting models are custom-made to accurately reproduce their real appearance, brightness, and color, ensuring the airport is neither too dark nor overly bright at night, adding depth and atmosphere to the scenery.
Apron
The apron features colors that closely resemble the real airport. Realistic wear and tear textures have been added to enhance authenticity. All ground markings are strictly based on real-world layouts, and even the ground signage models are recreated according to their real counterparts.
Other Models
Inside the airport, I have created realistic models of gate signs, shuttle buses, baggage carts, fences, and more. Additional vehicles such as passenger stairs, baggage conveyor vehicles, and cargo lifting platforms are also included to enrich the environment. Around the airport, more than a dozen simple surrounding buildings have been modeled, along with smaller facilities such as VOR and LOC stations.
Performance
Despite the large number of models included, testing shows that the airport maintains a smooth and fluid performance. Multiple LOD levels have been created for Terminal T2 to optimize performance.