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Beyond The Cockpit - Airline Career New
Your career. Your life beyond the cockpit.
Beyond the Cockpit combines an airline career with an interactive pilot’s life in a modern first-person interface. Build your career, get to know your crew and experience the journey between flights.
• Build your career
Choose from over 230 passenger and cargo airlines. Apply for jobs, sign contracts, gain experience and progress through the ranks.
• Prepare, fly and improve
Plan rotations with SimBrief and weather informat... Your career. Your life beyond the cockpit.
Beyond the Cockpit combines an airline career with an interactive pilot’s life in a modern first-person interface. Build your career, get to know your crew and experience the journey between flights.
• Build your career
Choose from over 230 passenger and cargo airlines. Apply for jobs, sign contracts, gain experience and progress through the ranks.
• Prepare, fly and improve
Plan rotations with SimBrief and weather information, pack your flight bag and review your flight performance. Stay ready for duty with medical examinations and recurring simulator checks.
• Travel with your crew
Build relationships through conversations and shared flights. Take crew transfers, check into your hotel and rest before your next departure from your last arrival airport.
• Feel your destination
An extensive library of visual assets creates regional surroundings and interiors—from Mediterranean Athens to Japanese and American settings. Day and night scenes, ambient sounds and music bring many of these locations to life, making your travels, hotel stays and time at home more immersive.
• Shop and build your lifestyle
Earn AeRos, our own in-game currency. Buy equipment and useful supplies, stock your fridge or visit the crew canteen. Purchase houses and apartments, rent out properties for extra income and explore the in-game stock market.
• Discover Beyond OS and SkyTweet
Access emails, your calendar and planning tools. Read passenger feedback, follow aviation stories and join conversations that react to your career.
• Enjoy your time off
Relax with hotel mini-games or visit the Leisure Center for Air Hockey, Reaction Table, Flappy Pilot and more.
• Available in five languages
English, German, French, Spanish and Italian.
Beyond the Cockpit runs alongside X-Plane or Microsoft Flight Simulator as a separate companion application. Simulator software and aircraft are not included.
Exclusive Discord discounts
Get exclusive partner discounts when you join our Discord. Find the codes in #💵discounts.
Join our DiscordBressanone / Brixen Hospital New
Extend your HEMS flying into the Dolomites
For the most immersive HEMS experience, we strongly recommend pairing this free Pelikan 2 base with MESHBORNE DOLOMITI VOLUME 1 for MSFS 2024 — available on simMarket. Take your simulated rescue flights beyond the hospital, with 44 recreated mountain huts, 82 lift installations and 26 selectable helicopter landing sites across selected Dolomites destinations. Plan mountain pickups, medical transfers and return flights to Bressanone in a more reco... Extend your HEMS flying into the Dolomites
For the most immersive HEMS experience, we strongly recommend pairing this free Pelikan 2 base with MESHBORNE DOLOMITI VOLUME 1 for MSFS 2024 — available on simMarket. Take your simulated rescue flights beyond the hospital, with 44 recreated mountain huts, 82 lift installations and 26 selectable helicopter landing sites across selected Dolomites destinations. Plan mountain pickups, medical transfers and return flights to Bressanone in a more recognisable alpine setting.
Dolomiti Volume 1 is a separate, optional premium scenery. This Bressanone download is completely free and works independently. Aircraft, liveries and mission systems are separate; no scripted HEMS missions are included.
Pelikan 2 | Bressanone Hospital / Krankenhaus Brixen
Fly to the hospital of Bressanone (Brixen), home of the real-world Pelikan 2 rescue helicopter base in South Tyrol, Italy. This MESHBORNE scenery recreates the hospital complex and adjoining helibase for Microsoft Flight Simulator 2024 on Windows PC, with a raised circular helipad, detailed hangar and an animated helicopter transfer dolly.
The helipad and the surrounding base area have been recreated as faithfully as possible to their real-world counterparts.
From the hospital buildings and apron to the hangar interior and night lighting, the scenery gives your virtual medical transfers a distinctive destination. Land beside the hospital, shut down on the trolley, switch the battery off and let it carry your helicopter into the hangar.
Scenery highlights
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Main hospital complex, historic building, rehabilitation and civil protection buildings, and the neighbouring sports field.
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Raised circular helipad with markings and lights, walled apron and base building.
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Modelled hangar interior, rails and transfer trolley.
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Animated hangar dolly included in the scenery package.
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Fabric windsock that responds to the simulator wind.
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Helipad and obstacle lights, plus illuminated windows for evening and night operations.
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Selectable world-map departures: LI3SP for the round hospital pad and XSBX "Bressanone Brixen - Pelikan 2" for the hangar trolley.
Animated hangar dolly
The dolly is the rail-mounted trolley that carries your helicopter in and out of the hangar. It is included in the scenery: install the single package folder in Community to use both the hospital scenery and the animated trolley.
Rest position: outside the hangar, next to the round helipad.
To enter the hangar:
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Land on the trolley and shut down, then switch the battery from ON to OFF (engine off) to roll into the hangar. The trolley does not roll in automatically after shutdown. The journey takes about one minute.
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Switching off the engine alone does not move the trolley.
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If you switch the battery off while the rotor is still turning, the trolley waits until the rotor stops before rolling in.
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For a cold-and-dark start on the trolley, switch the battery on and then off to command entry, with the engine off.
To leave the hangar:
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Switch the battery from OFF to ON, or start the engine. The trolley rolls out to its rest position and releases the helicopter there.
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If you switch the battery off while the trolley is rolling out, it returns inside the hangar.
Other behaviour and compatibility:
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The helicopter is held on the trolley while it moves and keeps its heading during transport.
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Off-centre landings are eased onto the trolley axis over the first few metres, so the rotor blades clear the hangar doors.
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Loading a flight with the helicopter parked on the rails inside the hangar places the helicopter on the trolley.
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Entering slew mode, or moving the helicopter away, cancels the movement and sends the trolley back outside.
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Works with helicopters that use the standard engine and rotor variables. Tested with the Asobo H125 and HPG H145.
Finding the base
Departure points - search the world map for "Bressanone", "Brixen" or "Pelikan": LI3SP, Helipad 1: the round hospital pad; XSBX "Bressanone Brixen - Pelikan 2", Helipad 1: on the hangar trolley next to the pad, engines running; XSBX, Parking 1: on the trolley inside the hangar, engines off. XSBX is a fictional identifier used by this scenery in the simulator.
Location: Bressanone / Brixen, South Tyrol, Italy.
Coordinates: 46. 7251 N, 11. 6479 E.
Helipad deck elevation: approximately 573 m / 1,880 ft.
Installation and requirements
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Close Microsoft Flight Simulator 2024 and extract the downloaded ZIP.
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If you have an earlier version installed, move the old hospital package and any separate dolly module out of your active Community folder. Check any Addons Linker entries too, so only the new unified package is active.
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Drag the single meshborne-bressanone-hospital folder extracted from the ZIP into your active Community folder. The hospital scenery and animated dolly are included together; no second folder or separate dolly download is needed.
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Make sure manifest. json and layout. json are directly inside that scenery folder, without an extra nested directory.
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Restart the simulator and search for "Bressanone", "Brixen" or "Pelikan" to choose one of the departure points listed above.
Microsoft Flight Simulator 2024, Windows PC; minimum game version 1. 9. 21 as specified in the package. Approximately 240 MB installed. No separate scenery library is required. Remove conflicting scenery for this same hospital or heliport to avoid overlapping buildings and pads. MSFS 2020 and Xbox compatibility are not provided.
Version 1. 1. 5: updated LI3SP/XSBX departure points and battery-controlled hangar trolley, with the helicopter keeping its heading during transport. Includes the changes from version 1. 1. 4.
MESHBORNE
For future news, special discounts and direct support, join our Discord.
Technical support: info@meshborne. com. Helicopters, liveries and other add-ons shown in screenshots are not included. Real-world names identify the locations represented and remain the property of their respective owners. Free scenery: please link to the official download page instead of re-uploading or selling it. Contains information from © OpenStreetMap contributors, available under the ODbL.
Estendi i tuoi voli HEMS alle Dolomiti
Per un'esperienza HEMS il più possibile immersiva, consigliamo vivamente di abbinare questa base gratuita Pelikan 2 a MESHBORNE DOLOMITI VOLUME 1 per MSFS 2024 — disponibile su simMarket. Porta i tuoi voli di elisoccorso virtuale oltre l'ospedale, con 44 rifugi ricreati, 82 impianti di risalita e 26 punti di atterraggio per elicotteri selezionabili, distribuiti in località scelte delle Dolomiti. Pianifica recuperi in montagna, trasferimenti sanitari e rientri a Bressanone in un ambiente alpino più riconoscibile.
Dolomiti Volume 1 è uno scenario premium separato e facoltativo. Bressanone è completamente gratuito e funziona anche da solo. Elicotteri, livree e sistemi di missione sono separati: questo download non include missioni HEMS preimpostate.
Ospedale di Bressanone / Krankenhaus Brixen | Base Pelikan 2
Raggiungi l'ospedale di Bressanone, sede della base reale dell'elicottero di soccorso Pelikan 2, in Alto Adige. Lo scenario MESHBORNE ricrea il complesso ospedaliero e l'annesso eliporto per Microsoft Flight Simulator 2024 su PC Windows, con piazzola circolare sopraelevata, hangar dettagliato e dolly animato per il trasferimento dell'elicottero.
La piazzola e l'area circostante della base sono state ricreate nel modo più fedele possibile alla realtà.
Caratteristiche
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Complesso ospedaliero principale, edificio storico, strutture di riabilitazione e protezione civile, campo sportivo adiacente.
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Piazzola circolare sopraelevata con segnaletica e luci, piazzale delimitato e edificio della base.
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Interno dell'hangar modellato, binari e carrello di trasferimento.
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Dolly animato incluso nel pacchetto dello scenario.
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Manica del vento in tessuto animata in base al vento del simulatore.
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Luci della piazzola e degli ostacoli, finestre illuminate per i voli serali e notturni.
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Partenze selezionabili sulla mappa: LI3SP per la piazzola rotonda e XSBX "Bressanone Brixen - Pelikan 2" per il carrello dell'hangar.
Come funziona il dolly
Il dolly è il carrello su binari che porta l'elicottero dentro e fuori dall'hangar. È integrato nello scenario: basta installare l'unica cartella del pacchetto nella Community per avere sia l'ospedale sia il carrello animato.
Posizione di riposo: fuori dall'hangar, accanto alla piazzola rotonda.
Per entrare nell'hangar:
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Atterra sul carrello e spegni il motore, poi porta la batteria da accesa a spenta per entrare nell'hangar. Il carrello non entra più automaticamente dopo lo spegnimento. Il tragitto dura circa un minuto.
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Spegnere soltanto il motore non mette in movimento il carrello.
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Se spegni la batteria mentre il rotore gira ancora, il carrello entra appena il rotore si ferma.
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Se parti cold and dark sul carrello, accendi e poi spegni la batteria per comandare l’entrata, con il motore spento.
Per uscire:
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Batteria da spenta ad accesa, oppure avvio del motore: il carrello esce fino alla posizione di riposo e lì libera l'elicottero.
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Se spegni la batteria mentre sta uscendo, torna dentro.
Altri comportamenti e compatibilità:
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Mentre il carrello si muove, l'elicottero resta bloccato sopra e mantiene la sua direzione.
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Se sei atterrato un po' fuori centro, nei primi metri viene portato sull'asse, così le pale passano tra le ante del portone.
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Se carichi un volo con l'elicottero parcheggiato dentro l'hangar sui binari, l'elicottero viene messo sul carrello.
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Lo slew, o spostare l'elicottero, annulla il movimento e rimanda fuori il carrello.
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Funziona con gli elicotteri che usano le variabili standard di motore e rotore. Provato con l'H125 Asobo e l'H145 HPG.
Posizione, installazione e requisiti
Punti di partenza - cerca nella mappa del mondo "Bressanone", "Brixen" o "Pelikan": LI3SP, Helipad 1: la piazzola rotonda dell'ospedale; XSBX "Bressanone Brixen - Pelikan 2", Helipad 1: sul carrello accanto alla piazzola, motori accesi; XSBX, Parking 1: sul carrello dentro l'hangar, motori spenti. XSBX è un identificativo fittizio utilizzato da questo scenario nel simulatore. Coordinate: 46. 7251 N, 11. 6479 E. Quota della piazzola: circa 573 m / 1. 880 ft.
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Chiudi Microsoft Flight Simulator 2024 ed estrai lo ZIP scaricato.
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Se hai una versione precedente, sposta il vecchio pacchetto dell'ospedale e un eventuale modulo dolly separato fuori dalla Community attiva. Controlla anche i collegamenti di Addons Linker: deve restare attivo solo il nuovo pacchetto unificato.
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Trascina l'unica cartella meshborne-bressanone-hospital estratta dallo ZIP nella Community attiva. Ospedale e dolly animato sono inclusi insieme: non servono una seconda cartella né un download separato per il carrello.
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Controlla che manifest. json e layout. json siano direttamente dentro quella cartella, senza una cartella annidata aggiuntiva.
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Riavvia il simulatore e cerca "Bressanone", "Brixen" o "Pelikan" per scegliere uno dei punti di partenza indicati sopra.
Microsoft Flight Simulator 2024 per PC Windows, versione minima 1. 9. 21 indicata nel pacchetto. Circa 240 MB installati. Nessuna libreria separata necessaria. Rimuovi altri scenari dello stesso ospedale o eliporto per evitare sovrapposizioni. Non è fornita compatibilità con MSFS 2020 o Xbox.
Versione 1. 1. 5: punti di partenza LI3SP/XSBX aggiornati e carrello comandato dalla batteria, con direzione dell'elicottero mantenuta durante il trasporto. Include le modifiche della versione 1. 1. 4.
Per novità, sconti speciali e supporto diretto, unisciti al nostro Discord.
Altri progetti su meshborne. com. Assistenza: info@meshborne. com. Elicotteri, livree e altri add-on mostrati nelle immagini non sono inclusi. I nomi reali identificano i luoghi rappresentati e rimangono dei rispettivi titolari. Scenario gratuito: condividi la pagina ufficiale, senza ricaricare o vendere il pacchetto. Contiene informazioni di © OpenStreetMap contributors, disponibili sotto licenza ODbL.
Positive Dispatcher New
Your flight dispatch center for MSFS 2020 and 2024. Turn on only the add-ons this flight needs, then follow and log every flight automatically.
Positive Dispatcher is a Windows app that works as the dispatch office of your simulator. Before the flight, it sets up your add-ons for that flight. During and after the flight, it follows and logs everything. It runs next to MSFS, not inside it, and does not need any other Positive Climb product.
Made for simmers with a big Community fo... Your flight dispatch center for MSFS 2020 and 2024. Turn on only the add-ons this flight needs, then follow and log every flight automatically.
Positive Dispatcher is a Windows app that works as the dispatch office of your simulator. Before the flight, it sets up your add-ons for that flight. During and after the flight, it follows and logs everything. It runs next to MSFS, not inside it, and does not need any other Positive Climb product.
Made for simmers with a big Community folder: many airports, aircraft and liveries, slow loading, conflicts and clutter. And for anyone who flies with SimBrief and wants the sim set up for each flight.
DISPATCH
- Import your SimBrief OFP, or type a route
- Turns on only what the flight needs: departure, arrival and alternate airports, your aircraft and the airline's livery. The rest is turned off
- The Dispatch release explains why each item is on
- Pick the livery from a list; your choice is remembered
- Essentials are never turned off. Profiles and snapshots bring a setup back with one click
LIBRARY
- Every add-on with a readable name, type, aircraft, airline and number of liveries
- Search, filters and FS2020 / FS2024 compatibility tags
- World chart with every airport add-on you own
DIAGNOSTICS
- Conflicts: add-ons that ship the same files
- Paths too long that MSFS skips without a message
- Crash journal with the suspect add-ons, cleanup, and a load meter for sim start time
IN FLIGHT
- Live map with your aircraft, route, correct flight level (standard pressure above 18000 ft), speed and ETA, plus the planned runways
- Cruise savepoints: if the sim crashes, see how to resume the same flight
- Follow the flight from your phone or tablet on your Wi-Fi (pairing by PIN or QR code). Only the PC changes add-ons
LOGBOOK
- Every flight that takes off is saved: times, track, altitude profile, landing analysis, taxi and flight times
- Route network map and rankings · CSV export
MORE
- GSX profiles: keeps only the right profile for the scenery that loads
- Startup Sequence: opens your tools and the sim in order, with one click
- Windows optimizer: safe checks with Undo. Nothing hidden
- Aircraft manuals downloaded on demand for the aircraft you own
- Add-on changes are locked while MSFS is running
- Starts with Windows and lives in the tray if you want
PositiveDispatcher organizes your add-ons and speeds up loading. It does not change the simulator's frame rate.
Ms Aerovector
Fly it. See it. Fly it better. Plan your flight, practice the approach, then see what happened in 3D. Your MSFS 2024 companion, across PC, phone and tablet.
• FLIGHT MAP
Follow the aircraft in 2D or 3D, bring in your SimBrief route and check the next FIX. Move from an ocean crossing to an airport surface, with airport, navigation and ATC information close at hand.
• SATELLITE MAP
Switch to satellite imagery to explore the terrain around the airport. Use 2D for a bro... Fly it. See it. Fly it better. Plan your flight, practice the approach, then see what happened in 3D. Your MSFS 2024 companion, across PC, phone and tablet.
• FLIGHT MAP
Follow the aircraft in 2D or 3D, bring in your SimBrief route and check the next FIX. Move from an ocean crossing to an airport surface, with airport, navigation and ATC information close at hand.
• SATELLITE MAP
Switch to satellite imagery to explore the terrain around the airport. Use 2D for a broad overview or 3D for a different perspective. Imagery availability and detail vary by region.
• IFR APPROACH TRAINING
Choose the airport, runway, approach, STAR and transition, then select your starting FIX. Inspect the procedure on the map and adjust the training legs before you fly. Aircraft preparation features depend on the supported aircraft.
• VISUAL AND FLARE PRACTICE
Set up a visual intercept, downwind or flare practice position. Spend more of the session on the part you want to improve, rather than repeating the whole flight.
• REPOSITION AND PRESETS
Move to a runway, taxiway or gate, or choose custom coordinates and attitude. Save reusable session presets for your next practice. Repositioning prepares a starting point; it does not restore the complete aircraft or weather state.
• FOLLOW THE GREEN
Enter the taxiway sequence you want to follow and see it highlighted in green. Review the route in 2D or 3D before moving across the airport. The route follows your selection and is not an ATC clearance.
• PRECISION RECORDING
Record the approach for a closer review of flight path, airspeed, vertical speed, G force and pitch. Capture the moments around flare, throttle idle and touchdown, then open the session in Debrief or Replay.
• 3D DEBRIEF
See the measurements behind the result. Compare the planned approach with the recorded track, inspect touchdown and bounce, and find the observations behind each deduction. The colored trace helps locate the parts worth revisiting.
• SYNCHRONIZED REPLAY
Scrub through the timeline or select a graph point. The map, recorded PFD, aircraft attitude and graphs follow the same moment, making it easier to see when the approach changed. Replay moves the review cursor; it does not move the simulator aircraft.
• LOGBOOK AND REPORTS
Find previous sessions in Logbook and return to their reports. Keep detailed results as PDF, offline HTML or CSV, with approach guides, path maps and touchdown details. Reports can also be reviewed on a phone.
• PILOT TEST
Follow spoken and onscreen instructions, then review the measurements for each exercise. See where a climb or turn met the target and where it needs another try. Pilot Test is simulation practice, not a certified pilot assessment.
• CDU/MCDU AND MCP/FCU
View and operate the supported aircraft CDU or MCDU through the companion interface. Aircraft-specific preparation tools help with selected workflows; available controls vary by aircraft.
• PC, PHONE AND TABLET
Use a paired companion while the PC host runs beside MSFS 2024. Only the host requires a purchase key.
• COMPATIBILITY
MSFS 2024 is supported; MSFS 2020 and PSX compatibility is not confirmed. Aircraft add-ons are sold separately. Aircraft-specific integrations include PMDG 737/777, default 747-8 and iFly 737 MAX 8. Fenix approach preparation is experimental. iniBuilds A350 supports selected FCU/KCCU controls, not full FMS preparation or MFD mirroring. Direct Navigraph integration is not supported. Map route import does not automatically load every aircraft FMC. Some demonstration images use simulated telemetry with simulator navigation data. For flight simulation only, not real-world navigation or certified training.
• Latest development highlights — 2026-10-07
Development update · 7 October 2026. These improvements have been implemented locally; inclusion in the public installer or update channel has not yet been confirmed. Availability depends on the installed build.
• In-game Control / Monitor modes: prepare an approach and access FMC / MCP, recording, Pilot Test and hold controls from the MSFS panel. Monitor mode keeps flight values and training status in a compact display with adjustable background opacity.
• PMDG 737-900 preparation: improved PERF / approach selection, both NAV radios and course settings, MCP target verification and AP / APP / FD reset handling. Checked in the RKSS runway 32R to 32L preparation scenario.
• ASOBO / Working Title 747-8 preparation: improved airport and approach selection, starting-FIX / LEGS sequencing, ILS frequency / course verification and FD / MCP setup. RKSI ILS34R automatic CDU entry was recorded and checked against actual aircraft values.
• Fenix A320 experimental preparation: verified landing configuration FULL, ZFW / CG, VLS / VAPP, route / ILS, FD / LS and selected FCU targets in the RKSI ILS34R scenario. Altitude input settling was corrected for the checked aircraft.
Verification covers the named aircraft and scenarios, not every model or procedure. Fenix weather / minima / AP engagement readiness remains unverified. A separate 747 RKSI ILS15LY course mismatch remains unresolved. These checks do not certify autoland, complete landing automation or captured LOC / GS reset. Optional FMC preparation failure does not block repositioning.
• More tools for reviewing and repeating a flight
Feature roundup through 7 October 2026. Availability and recorded instrument detail depend on the installed build and the data in each recording. Android guest features described below are in the local review candidate; Google Play public availability is not confirmed here.
• Recorded PFD: review Boeing-style rectangular or Airbus-style rounded instruments alongside the map and graphs. Auto/manual style, collapse and touch-friendly enlargement are available. IAS, GS, altitude, AGL height, V/S, attitude, heading, recorded targets and VREF follow the selected replay sample.
• Instrument data stays honest: recorded LOC / GS receiver indications appear only when valid data exists. Older recordings retain their available fields. AGL is not radio altitude, and unavailable FMA, FD commands, QNH, ILS identifier or DME are not invented. This is a recorded-data reconstruction, not a manufacturer display or certified instrument.
• Evidence-based debrief: inspect observed values, criteria, timing and duration behind deductions, including 1000 / 500 ft stabilization gates. ILS, LOC, RNAV / RNP and visual approaches use their applicable verified references. Coverage and unscored items distinguish missing data from poor flying.
• Synchronized review workspace: map, two configurable telemetry graphs and replay cursor share the same moment. Choose metrics, units, axis limits and time windows; inspect flare, throttle-idle and touchdown events. Significant scored deviation episodes receive an X marker at their worst point; missing data remains a gap.
• Review, then repeat: jump the review cursor to ten seconds before a problem or use Reposition here for a separate retraining action. Retraining requires the same aircraft, a valid airborne sample of at least 50 ft AGL, a fresh connection and no active recording. Supported position, attitude and settings are approximated; Freeze remains held.
• Compare like-for-like sessions: align graphs to touchdown and compare aircraft, runway, procedure, policy and available weight, flap, reference-speed and weather metadata. Review condition-filtered trends and daily / weekly / monthly bests. Unknown historical conditions are not silently treated as an exact match.
• Detailed approach and Pilot Test documents: retain flight-path maps, approach guides, touchdown close-ups, per-exercise targets, errors and deduction evidence as PDF, standalone offline HTML, full-measurement CSV and source JSON. Automatic generation, regeneration, job status / retry and Android save-location selection support keeping the result.
• Route briefing and LEG editing: inspect the next FIX, remaining distance, planned altitude, ETE / UTC ETA and turn information; edit FIX and altitude / speed restriction semantics. Optional geometric descent and deceleration references use disclosed assumptions. Imported plans and these estimates are not the aircraft active FMC leg or performance-based VNAV.
• Map control and information: north / track / heading views, look-ahead, free pan / return to aircraft and optional phase-based zoom memory. Airport, runway, FIX, ATC and traffic cards expose source and freshness; current local wind can be shown as runway headwind / crosswind components. Layer profiles and route-related ATC / traffic decluttering help keep the map readable.
• Connected taxi routes and sharing: enter a taxiway sequence, choose a start / end when needed, and draw only connected simulator facility segments. Explicit Share / Load lets PC and mobile use the route with revision conflict checks. Progress is manual; a green route is not an ATC clearance or automatic taxi command.
• Globe and map appearance: wide-area 3D uses a globe and close-up airport views return to a local projection; 2D remains available. Adjust trace / track thickness, trace opacity, FIX point / label size, restriction visibility and deviation-X size / visibility, with saved preferences and group reset.
• Pilot Test progression: move from single targets to paired targets and coordinated altitude / speed / heading changes, including steep turns. Spoken and onscreen instructions, target capture, stable hold, simultaneous onset and balanced progress feed per-exercise results and error graphs. This is simulator practice, not an official checkride.
• Android offline guest candidate: Explore without connection opens the actual bundled client screens with an isolated virtual Host, synthetic PHNL route, replay / PFD, local MCP / CDU, Pilot Test and sample documents. It is an interactive preview, not a simulator or live avionics session; real navigation, traffic, weather and aircraft functions still need the Windows Host.
Map references do not replace charts or real-world navigation. Replay reconstruction and retraining do not restore complete FMC, add-on internal state or weather. Online coverage varies; missing historical measurements are not fabricated. These features do not certify an aircraft or pilot, guarantee zero simulator performance cost or confirm Google Play release.
• Approach preparation and Settings improvements — 12 October 2026
These improvements are included in the Host 1. 3. 3 in-app update published on 12 October 2026. New installs start with the retained Host 1. 3. 1 Setup and update in the app. Aircraft-specific verification scope is described below.
• Settings and report management: Tablet pairing is the first Settings card. A compact report card further down opens the document-report library and options in a separate dialog with bounded scrolling, Escape dismissal and focus return. Saved reports no longer extend the Settings page ahead of connection setup.
• ASOBO / Working Title 747-8 MCP altitude: Selected-altitude input now addresses the aircraft's active MCP altitude slot. The RKSI rehearsal verified an actual 1,600 ft selection on the MCP and PFD rather than relying only on a generic simulator readback.
• PMDG route and instrument preparation: Route scanning now waits for fresh ACT LEGS data and checks page progress. PMDG 777 preparation waits for powered, current CDU and MCP data before applying commands. Aircraft-specific flight-director settings are preserved through automatic FMC/MCP preparation. The recorded RKSI runway 34R and 34L scenarios include actual FMC/MCP readback.
• Fenix A320 experimental approach preparation: The exact ENTER DEST DATA advisory is acknowledged once and the scratchpad is checked before selecting FULL on PERF APPR. FULL and computed VLS/VAPP are checked against MCDU data; unexpected scratchpad messages stop the affected step. Direct-route verification accepts a fresh T-P turning-point entry only when the requested FIX follows it, while retaining the full route scan. Weather, minima and autopilot readiness still require verification.
• Speed restoration when resuming: After an airborne approach or custom reposition, saved indicated airspeed and vertical speed are reapplied before unfreezing or resuming a full pause. Restoration is limited to the same aircraft and session; legacy TAS inputs remain separate. A PMDG 777 test restored a 185 kt request to approximately 184 kt immediately after release. This is speed restoration: it does not reset accumulated autopilot servo inputs or guarantee attitude stability after every freeze.
• Remote CDU controls: Updated mappings distinguish PMDG 737 Classic/FANS layouts and PMDG 777 FMC COMM controls, with aircraft-generation checks on input. Automated mapping and protocol checks passed; these checks do not establish every aircraft layout's simulator validation.
Aircraft-specific preparation remains limited to supported workflows and the named tested scenarios. Optional FMC preparation failure does not block repositioning. The screenshots are actual simulator/application views under the recorded conditions; no complete aircraft-state restoration, autoland, complete Fenix readiness or universal freeze-attitude fix is claimed.
• Windows distribution update — 12 October 2026: Host 1. 3. 3 is published through the in-app update channel. New installations use the existing Host 1. 3. 1 Setup, then update within the app. Use the separate Windows Client 1. 3. 3 Setup when needed. The earlier Client 1. 3. 2 and 1. 3. 1 downloads are retained as previous versions. Host 1. 3. 3 improves signed-package verification compatibility for existing 1. 3. 1 installations. The preceding dated development notes describe aircraft verification scope.
• Actual instrument recording — 15 October 2026
Host 1. 3. 8 adds optional actual GPU instrument recording for PMDG 737, PMDG 777 and Asobo / Working Title 747 in MSFS 2024. Select PFD, ND and Engine / EICAS, arrange screens in one to three columns, and review the timestamp-linked video alongside the map and telemetry graphs. The existing data-reconstructed PFD remains separate.
Recording is off by default. Choose automatic approach / pilot-test recording or manual start and stop. Standard uses 512 pixels per screen; Clear text uses 768 pixels, targeting up to 15 fps depending on actual instrument updates. Hardware H. 264 is stored in fragmented MP4 with timestamp metadata. A compatible hardware encoder and the supplied capture setup are required. Source-built ReShade runtime and full third-party notices are included in the Windows update payload; simulator deployment is explicit with MSFS closed and preserves existing proxy installations.
Actual three-screen recordings and browser replay were checked for the three supported profiles. The illustrated PMDG 777 ILS approach shows actual recorded instruments, a map and graphs. The manual recording is raw and unscored; genuine aircraft messages remain visible. A bounded 777 run recorded 95. 23 seconds at 10. 43 fps with zero reported recording drops, including a separate OBS coexistence check. These checks do not establish zero performance overhead, guaranteed 15 fps, full-flight coverage or completion of a normal aircraft checklist.
Distribution: Host 1. 3. 8 is now available through the verified in-app update channel. Retain the existing Host installer and use the in-app update channel when 1. 3. 8 is offered. The separate Windows Client remains version 1. 3. 6. Older installer downloads and dated feature history are retained. No new Host 1. 3. 8 installer is supplied by this UpdateOnly build.
Screenshot note: the new PC, tablet and phone layouts show actual PMDG777 instrument replay during a stabilized ILS approach, synchronized with the map and graphs. These are responsive application captures of a manual, unscored recording. Genuine center fuel-pump and FMC messages are preserved.
Dassault Rafale C
Experience the first officially licensed Dassault Aviation Rafale C* for Microsoft Flight Simulator 2024. Developed by AzurPoly in cooperation with JFEXP, this detailed rendition brings one of France’s most advanced aircraft to the simulator with a high level of care, immersion and functionality.
Built to go far beyond a conventional aircraft package, the Rafale offers a rich and modern simulation experience with a wide range of innovative systems and interactions. This add-on is designed to... Experience the first officially licensed Dassault Aviation Rafale C* for Microsoft Flight Simulator 2024. Developed by AzurPoly in cooperation with JFEXP, this detailed rendition brings one of France’s most advanced aircraft to the simulator with a high level of care, immersion and functionality.
Built to go far beyond a conventional aircraft package, the Rafale offers a rich and modern simulation experience with a wide range of innovative systems and interactions. This add-on is designed to deliver one of the most complete and engaging modern fighter experiences in Microsoft Flight Simulator 2024.
Designed to remain accessible without sacrificing depth, it includes assistance options, automatic procedures and integrated checklists for new users, while offering experienced sim pilots a complete modern military aircraft experience.
This is a fully native MSFS 2024 aircraft, developed over nearly two years and built from the ground up around the simulator’s modular architecture, with the expertise of Fly and Fight and direct input from Rafale pilots.
IMPORTANT - DRM
This product uses a DRM system and requires an active internet connection while using the aircraft. Activation is automatic and links the product license to your gamertag.
CORE INNOVATIONS
Several major systems have been developed specifically to make the Rafale feel more alive, interactive and distinctive within the simulator:
- A fully custom fly-by-wire system, developed without relying on the default MSFS implementation, with dedicated control laws, flight-envelope protections and several simulated operating modes adapting to aircraft configuration and flight conditions.
- A functional terrain-following system based on actual topography, supported by dedicated HUD and avionics symbology.
- A complete custom avionics suite built around an advanced head-up display, three main screens and four auxiliary displays.
- An extensive payload configuration system with ready-to-use presets, unlimited custom presets and a direct effect on aircraft weight, balance, drag and performance.
- A functional weapon system including air-to-air missiles with target tracking and air-to-surface bombs with target designation.
- A fully custom AI traffic generator controlled from the electronic flight bag, allowing compatible aircraft from the user’s simulator library to be spawned at a selected position, altitude, heading and speed for formation flying and interactive training scenarios.
- Aircraft-specific camera modes providing contextual viewpoints designed around mission-related situations.
Beyond these defining systems, the Rafale includes a broad range of features covering every aspect of the aircraft experience.
3D, TEXTURES AND ANIMATIONS
- Complete and highly detailed 3D model.
- 14 liveries included in the base package and additional liveries available through separate livery packs.
- Highly optimized textures to ensure strong performance, including on consoles.
- Optimized 3D model using LODs and the MSFS 2024 modular aircraft system, with more than 60 individual attachments.
- Animated canopy, airbrake, landing gear, control surfaces and external elements.
- High-quality cockpit modeling with detailed materials, wear and labels.
- Displayable mechanic avatar for pre-flight inspection.
- Simulated tire deformation.
- Canards and elevons animated according to flight physics and FBW logic.
- Animated angle-of-attack sensors reacting to current aircraft parameters.
- Animated front-sector optics during object observation.
- More than 25 interactive accessories, including external stores, smoke pods, covers, protections, ladder and more.
- Fully custom animated Rafale pilot with natural head movements.
- Fully custom Rafale helmet based on the Gallet LA100.
FLIGHT DYNAMICS
- Flight model developed alongside Rafale pilots, with a focus on reproducing the aircraft’s specific handling characteristics.
- Fully custom fly-by-wire system, designed to get as close as possible to a realistic delta-wing simulation without relying on the default MSFS FBW implementation.
- Custom flight-envelope protections and control laws.
- Multiple simulated FBW modes, with different maximum G limits depending on aircraft configuration and flight conditions.
- Payload directly affecting aircraft weight, drag, balance and performance.
- Functional terrain-following system based on actual topography.
- Custom autopilot with all its main modes, including altitude hold, heading hold and flight-plan following.
- Custom autothrottle, including the Rafale-specific angle-of-attack hold mode.
- Functional recovery system for spatial-disorientation situations.
SYSTEMS
- Reproduced electrical system with its main components and operating logic.
- Custom fuel system with automatic fuel transfer logic and external fuel dumping.
- Custom hydraulic and pneumatic systems based on the real aircraft architecture.
- Functional radar providing airborne contact detection and dedicated avionics displays.
- Numerous controller bindings associated with HOTAS buttons, cockpit switches and aircraft systems.
AVIONICS
- Reproduced avionics suite with four main screens and four auxiliary screens.
- Custom flight-plan management system with support for imported flight plans.
- Custom alarm and warning system integrated into the avionics suite.
- Advanced head-up display providing essential flight, navigation and aircraft-state information, together with ILS guidance, synthetic runway display, flight-plan symbology, waypoint projection, terrain-following indications and context-specific avionics cues.
- Center display with moving map, multiple backgrounds including a French DIRCAM map, airspace zones, airports, radar traffic, flight-plan information and situational-awareness tools.
- More than 20 implemented lateral display pages covering aircraft systems, flight-plan configuration, navigation, COM, IFF, radar, mission functions, warnings, failures and aircraft status.
- Auxiliary screens with their main functions implemented, including artificial horizon, fuel and engine status, chronometer and more.
- AzurPoly’s movable EFB tablet allowing extensive customization of the aircraft experience.
SOUND
- Immersive sound package crafted by Echo19, based on real recordings.
- Dedicated AI and multiplayer sounds.
- Replicated alarms and voice alerts.
- Detailed cockpit environment sounds for improved immersion.
- Switches, buttons, canopy, landing gear, payload and interaction sounds.
- Exterior flyby and distance-based sound behavior.
EFFECTS AND LIGHTING
- Realistic afterburner effect reflecting air density, shifting from orange to blue at high altitude.
- Sophisticated interior and exterior lighting.
- Custom heat-blur effects.
- Rafale-specific wing-vapor effects.
- Custom airshow smoke based on flight physics.
- Custom engine-startup smoke.
- Adjustable map lights with free positioning.
- Simulation of screen backlighting affecting cockpit ambient light.
- Detailed flare and environmental effects.
- Custom weapon, explosion, impact, and fire effects.
INTERACTIONS
- Integrated pre-flight walkaround using MSFS 2024 interaction features.
- Every cockpit switch and knob is clickable and has an actual impact on the aircraft.
- Multiple exterior latches and panels can be opened.
- Ability to climb and walk on the aircraft using the ladder.
- Interactive covers, protections, pins, accessories and external elements.
- Physics-based “remove before flight” ribbons.
- Cockpit interactions designed for mouse, controller and hardware bindings.
PAYLOAD & WEAPONS
- Wide payload display capability for all users, including MICA, METEOR, GBU-12, AASM-250, SCALP, RPL701, RPL741, smoke pods, the Damocles pod and more.
- Functional weapon system with visual and environmental effects: air-to-air missiles with target tracking, realistic trajectories, and simulated impact effects on the target; air-to-surface bombs with target designation; functional cannon with realistic salvo trajectory and simulated effects on air targets.
- Dedicated payload selection page on the EFB, including multiple ready-to-use configuration presets and the ability to save custom presets.
- Payload configurations affecting aircraft weight, drag, balance and performance.
- Droppable payload objects as independent sim-objects including functional flares, droppable stores and external fuel tanks.
- Fully custom AI traffic generation system controlled from the EFB, allowing users to spawn compatible aircraft from their simulator library at a selected position, heading, altitude and speed, and to create formation flights and interactive training scenarios.
CAMERAS
- Custom cameras created specifically for the aircraft.
- Contextual camera modes linked to mission-related situations and active avionics functions.
- Ability to jump directly to a selected aircraft or ground point depending on the active mode.
USER EXPERIENCE AND ACCESSIBILITY
- Automatic startup procedures for beginners.
- Complete checklists integrated into the simulator.
- EFB assistance options.
- Scalable complexity, allowing casual users to enjoy the aircraft while still offering depth for advanced users.
Please read the complete manual on our website for a detailed presentation of all implemented features and operating procedures.
*Trademark of DASSAULT Aviation.
Official Licensed Product – DASSAULT Aviation.
Fwx Helicopter All-in-one Bundle
FWX Helicopter All-in-One Bundle: all four FWX add-ons for helicopters in Microsoft Flight Simulator 2024, with flight dynamics, turbine sound, rotor shadow and rotor blade haptics
Four add-ons work on four parts of the same flight. The handling under you, the sound around you, the shadow on the ground, the rotor in your seat.
What is this bundle? The four parts do not replace any flight model and do not rewrite any flight model or aircraft files: the simulator's flight model stay... FWX Helicopter All-in-One Bundle: all four FWX add-ons for helicopters in Microsoft Flight Simulator 2024, with flight dynamics, turbine sound, rotor shadow and rotor blade haptics
Four add-ons work on four parts of the same flight. The handling under you, the sound around you, the shadow on the ground, the rotor in your seat.
What is this bundle? The four parts do not replace any flight model and do not rewrite any flight model or aircraft files: the simulator's flight model stays fully in force and keeps computing as designed, and the simulator itself executes all of it. Flight dynamics and haptics work on every helicopter in Microsoft Flight Simulator 2024, the rotor shadow on the seven types where it disappears in the simulator. Only the sound part works exclusively on the EC135, the other three parts are not tied to one type.
The flight dynamics: how the machine handles, not how the camera moves
Flight dynamics is the heart of this bundle. Your helicopter stops holding itself in the hover. It comes alive under you and asks to be flown.
Pitch, roll and climb follow the actual attitude, and your control inputs take effect immediately. Hover and forward flight can be adjusted separately, every axis can be switched on its own, and the strength is infinitely variable from zero to full, at any second of the flight.
Handling, shadow and blade beats are not precomputed: they are built live from flight data, control inputs and the real rotor speed. The sound part's strength lies elsewhere: recordings of a real EC135 instead of the flat stock sounds.
The turbine sound: real recordings instead of the stock sounds
The sound part replaces the EC135 sounds completely, inside and out, with recordings of a real EC135: cold start, spool-up, idle, flight, shutdown. It is the only part of the bundle that works on the EC135 alone.
- Both engines work separately: uneven start, uneven shutdown, single-engine taxi
- The start sequence can be aborted at any point, like on the real aircraft
- The sound follows the work of the turbine, not the rotor speed: the governor, which holds the rotor speed constant by itself, keeps it steady while the turbine has to work harder as soon as more power is needed. That is exactly what you hear. When power is reduced, the turbine audibly eases and the rotor speed stays up
- Seamless from the starter into the running turbine, smooth torque transitions instead of abrupt tonal jumps
From outside the characteristic twin-turbine whine, plus rotor downwash, flyby and hover. And above all the Fenestron, the shrouded tail rotor of the EC135: its sound is the signature of this type, and that is exactly how you hear it from outside.
The rotor shadow: the shadow that disappears above a certain rotor speed
The rotor shadow part covers seven well-known types, all other helicopters have their shadow anyway. A rotor turns above the pilot, yet on these seven its shadow disappears completely in the simulator above a certain rotor speed: visible while starting, then suddenly gone once the rotor is up to speed. This bundle gives it back: it turns with the real rotor speed, tilts with the machine and shows main and tail rotor separately, so two shadows instead of one dark blob. Every type is individually calibrated.
- Airbus H125
- Airbus H135 (EC135)
- Airbus H225
- Guimbal Cabri G2
- Robinson R66
- Sikorsky S-64 Skycrane
- Boeing CH-47 Chinook, both rotors
The haptics: feel the rotor in your body, not just hear it
The haptics make the rotor felt in your own body. They send the rotor beats as deep pulses to an audio device that Windows recognizes as a playback device and that works in your seat or on your seat frame. So you feel the rotor instead of only hearing it, and every type feels different.
In detail: every single blade pass instead of one steady hum. The rhythm follows the real rotor speed, two to eight pulses per revolution depending on the type.
- On start-up, single blade beats slow enough to count
- At mid rotor speed the uneven clatter of drooping blades
- At full speed one continuous, calm bass beat
- Rotor brake with a run-down you can feel
- Every stock helicopter in the simulator is covered automatically, from the two-bladed R66 to the six-bladed S-64 Skycrane. There is nothing for you to set up
- Third-party helicopters can be adjusted individually, although the rotor blade detection works on them as well
Sliders for volume, bass and pulse strength, plus device selection if you have several outputs. Without such an audio device there is nothing to feel.
Four parts, one flight
The four add-ons are independent of each other and do not interfere with each other. Flight dynamics and rotor shadow each have a master switch, on and off at any time, in mid-flight. If you only want to hover, turn the flight dynamics down smoothly. And if you do not want the haptics, leave them off and you still have the full bundle.
Based on our market overview there is currently nothing for MSFS 2024 that makes helicopter flight behavior more immersive and adjustable in this form. From the makers of the FWX EC135 Sound Mod, reviewed by SimFlight, Threshold, MSFS Addons and MSFS Gateway.
What it cannot do
- The sound works on the EC135 only. On every other type the stock sounds stay unchanged
- The rotor shadow works on the seven types listed above only. UH-1 and Bell 407 do not need it, they have their rotor shadow out of the box
- Without an audio device that Windows recognizes as a playback device you will feel nothing from the haptics, and they send no audio to your speakers
- It does not replace any flight model and does not rewrite any flight model files
- It works on helicopters only, not on airplanes
Works with your other add-ons
- Compatible with ChasePlane and FSRealistic: those two work on camera and sound, this bundle works on the flight behavior underneath. The camera is never touched
- No changes to aircraft or flight model files
- Runs alongside your own liveries and other utilities
- The sound add-on has no impact on frame rate
- Requires Microsoft Flight Simulator 2024
Operated from the toolbar inside the simulator, in mid-flight
VR compatible: all four parts work in VR exactly as they do on screen, and the panel is reachable with a headset on. Adjust in flight without taking the headset off.
A full control panel sits in the simulator's toolbar, right where you open every other panel. Flight dynamics, rotor shadow and haptics each have their own tab in the FWX Manager: one click and everything is in the cockpit in front of you, in mid-flight. A master switch on top, the settings below, no switching to the desktop.
- Every change takes effect at once, no restart
- Settings are kept per helicopter, and the tested default can be restored at any time
Installation, notes and updates
- Click-through installer: pick the folder, done
- Note on package order: for the sound to take effect, the package order may have to be set by hand, in the settings of the simulator, in the package library section. The installer walks you through it with a confirmation dialog. This applies to this bundle as well.
- Starts and stops with the simulator, stays silent in menus and loading screens
- You can uninstall in two ways: through our own FWX application or through the Windows program list. Uninstalling brings the stock sounds back
- Free updates, new sound content and new features included
- If another helicopter missing its rotor shadow appears in the simulator, it is added free with an update
Included in this bundle
- FWX EC135 Real Turbine Sound Mod
- FWX Helicopter Rotor Blade Haptic
- FWX Helicopter Rotor Shadow Mod
- FWX Helicopter Flight Dynamics
The individual products
- FWX EC135 REAL TURBINE SOUND MOD MSFS24: the turbine sound only, for the EC135 only
- FWX HELI FLIGHT DYNAMICS & ROTOR EFFECTS: the three parts that work on every helicopter, without the EC135 sound
More information: finnwestx1. com
Flight Recorder
MSFS Flight Recorder
V2. 0. 8 Coming soon All new data points being added
V2. 0. 7. 3 Correct Engine alginment (TXT)
V2. 0. 7. 2 Correct PPH Flow playing correctly
Early Access v2. 0. 7. 1 (Free updates and when full released)
Turn every flight into a learning experience.
MSFS Flight Recorder captures real-time flight data from Microsoft Flight Simulator and transforms it into actionable insights. Whether you're a virtual airline pilot, a flight simmer ... MSFS Flight Recorder
V2. 0. 8 Coming soon All new data points being added
V2. 0. 7. 3 Correct Engine alginment (TXT)
V2. 0. 7. 2 Correct PPH Flow playing correctly
Early Access v2. 0. 7. 1 (Free updates and when full released)
Turn every flight into a learning experience.
MSFS Flight Recorder captures real-time flight data from Microsoft Flight Simulator and transforms it into actionable insights. Whether you're a virtual airline pilot, a flight simmer looking to improve your landings, or an aviation enthusiast who loves data, this tool gives you the information you need to analyze and enhance your performance.
Key Features
Live Data - View altitude, airspeed, pitch, bank, N1, throttle, fuel flow, and more in real-time.
Record Flights - One-click recording. Automatically saves CSV files to the Flights folder.
Playback Viewer - Replay your flights step by step. Perfect for post-flight debriefs.
Analysis Report - Get detailed reports with performance metrics, anomalies, and recommendations for improvement.
PDF Export - Save analysis reports as PDFs for sharing or review. Saved to the PDF-Reports folder.
Why You'll Love It
Analyze Your Landings - See vertical speed, pitch, and speed at touchdown. Identify hard landings and improve.
Check Your Performance - Track key metrics like takeoff pitch, rotation speed, approach stability, and more.
Improve Your Skills - Get actionable recommendations to refine your flying technique.
Track Progress Over Time - Build a library of recorded flights and watch your skills improve.
Works with Any Aircraft - Tested on A320, A350, A321, 737-MAX, 737-700, 747-8, and 777F. and many more . . . . . . . . .
Quick Facts
Version: Early Access v2. 0. 7. 1
Developer: Canuck Air Simulations Est. 2020
Simulator: MSFS 2020 / 2024
Output: CSV (Flights folder), PDF (PDF-Reports folder)
What Users Are Saying
"Finally, a tool that helps me understand where I can improve my landings!"
"The analysis report is incredibly detailed. I love seeing the recommendations for how to improve. "
"Works perfectly with my PMDG aircraft. Fuel flow readings are spot on. "
Ready to Take Your Flying to the Next Level?
Don't just fly. Analyze. Learn. Improve.
Canuck Air Simulations Est. 2020
Oshkosh Wittman Airport
Airport History
Wittman Regional Airport, also known as Wittman Field, is located just south of Oshkosh in Winnebago County, Wisconsin. The airport traces its origins to Oshkosh Airport, founded in 1927, before becoming Winnebago County Regional Airport in the early 1930s. Its modern identity is closely tied to Steve Wittman, the pioneering air racer, aircraft designer, and long-serving airport manager who arrived in Oshkosh in 1931 and helped shape the field's aviation character for deca... Airport History
Wittman Regional Airport, also known as Wittman Field, is located just south of Oshkosh in Winnebago County, Wisconsin. The airport traces its origins to Oshkosh Airport, founded in 1927, before becoming Winnebago County Regional Airport in the early 1930s. Its modern identity is closely tied to Steve Wittman, the pioneering air racer, aircraft designer, and long-serving airport manager who arrived in Oshkosh in 1931 and helped shape the field's aviation character for decades.
The airport was later renamed in Wittman's honour and became one of the best-known general aviation airports in the United States. Since 1970, it has also been home to EAA AirVenture Oshkosh, the annual Experimental Aircraft Association fly-in and air show. During AirVenture, Wittman Regional is transformed into one of the busiest airfields in the world, with thousands of aircraft arriving from across the United States and beyond, making Oshkosh a global centre of aviation for one week each summer.
Today
Today, KOSH is a public-use, county-owned general aviation airport serving corporate aviation, flight training, aircraft maintenance, aircraft manufacturing, cargo, and private flying. Basler Flight Service provides FBO services, fuel, parking, hangars, charter support, and pilot services. The airport is also closely linked with the adjacent EAA Aviation Museum and remains an important year-round aviation hub for Oshkosh, with its international profile rising dramatically during the annual EAA AirVenture event.
Navigation Details
Runway 18/36: 2439 m x 46 m (8002 ft x 150 ft), grooved concrete, high-intensity lighting. ILS/LOC approach available for Runway 36, localizer I-OSH 110. 50 MHz. Runway 09/27: 1883 m x 46 m (6179 ft x 150 ft), grooved concrete, high-intensity lighting, RNAV and VOR approach procedures available. Runway 05/23: 1044 m x 23 m (3424 ft x 75 ft), asphalt. Runway 13/31: 933 m x 23 m (3061 ft x 75 ft), asphalt.
This product also includes the Grass Airstrip WS17 Pioneer airport. Which is part of the Oshkosh area.
**You Must also install the LATEST UK2000 Scenery common Library. (from UK2000 Scenery website https://www. uk2000scenery. com/support, or MSMarketplace) ***
EGNS - Isle of Man Airport
EGNS Isle of Man Airport is a detailed add-on for Microsoft Flight Simulator, featuring a historically-rich depiction of Ronaldsway Airport. Established in the 1930s and serving various roles throughout its history, the airport includes a four-runway layout and significant updates such as a new extension for passenger facilities. The add-on boasts high-resolution ground imagery, realistic ground markings, improved runway lights, and detailed airport vehicles, ensuring an authentic flight experie... EGNS Isle of Man Airport is a detailed add-on for Microsoft Flight Simulator, featuring a historically-rich depiction of Ronaldsway Airport. Established in the 1930s and serving various roles throughout its history, the airport includes a four-runway layout and significant updates such as a new extension for passenger facilities. The add-on boasts high-resolution ground imagery, realistic ground markings, improved runway lights, and detailed airport vehicles, ensuring an authentic flight experience. Additionally, users are advised to install the UK2000 Scenery Common Library for optimal performance.
Flying Boat Ports of Call: The North Atlantic Collectio…
Flying Boat Ports of Call: The North Atlantic Collection
A premium collection of five historic flying boat destinations and North Atlantic weather ships for Microsoft Flight Simulator 2024. Designed specifically for flying boat, seaplane, and historic aviation enthusiasts, this package combines detailed scenery, custom models, immersive audio, and enhanced maritime environments to create a unique operating experience unavailable anywhere else in the simulator.
Included LocationsFlying Boat Ports of Call: The North Atlantic Collection
A premium collection of five historic flying boat destinations and North Atlantic weather ships for Microsoft Flight Simulator 2024. Designed specifically for flying boat, seaplane, and historic aviation enthusiasts, this package combines detailed scenery, custom models, immersive audio, and enhanced maritime environments to create a unique operating experience unavailable anywhere else in the simulator.
Included Locations
Hythe — United Kingdom - MAHY
Foynes — Ireland - MAFY
Shediac — Canada - MASC
Botwood — Canada - MABD
Port Washington — United States - MAPT
13 Navigation/Weather ships in the North Atlantic
Features
Five highly detailed flying boat bases created exclusively for MSFS 2024.
Large library of custom-built models including terminals, hangars, docks, piers, marine facilities, vessels, and support equipment.
Custom animated models bringing maritime activity and harbour environments to life.
Historic North Atlantic weather and navigation ships positioned along authentic transatlantic flying boat routes. Each vessel includes a parking position and a small landing area, providing convenient staging points and navigation checkpoints to help break up long ocean crossings.
Thousands of hand-placed scenery objects delivering rich visual density and realism.
High-resolution custom PBR textures throughout the package.
Custom ambient audio zones featuring location-specific harbour and waterfront environments.
Optimized LODs and efficient asset design for smooth performance.
Native MSFS 2024 implementation utilizing modern SDK features.
Shediac Range light system to help guide you into the bay!
Each ship and airfield includes a custom NDB to recreate period radio navigation of the time. See map in document folder for locations and frequencies. A little Nav Map file has been included.
The North Atlantic Collection transforms a series of historic waterfront destinations into fully realized flying boat hubs. Docking facilities, mooring areas, marine infrastructure, and coastal operations have been recreated to provide an immersive environment tailored specifically to water-based aviation.
Whether flying short regional sectors or long ocean crossings, pilots can operate within a connected network of destinations designed around the unique requirements of flying boats and seaplanes.
With extensive custom content, detailed maritime environments, immersive audio, weather ships, and a complete network of flying boat destinations, the North Atlantic Collection offers a distinctive addition to Microsoft Flight Simulator 2024.
All airfields except Shediac include a small flat area to allow limited wheeled operations, providing additional flexibility for ground activity at these bases, which did not have formal land runways.
Please check the manual in the documents folder for navigation and historic information.
Support and further information: For assistance, contact deadreckoningsimulations@gmail. com or reach out on Discord: https://discord. gg/MRyUkWcu2E
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