Fixed-Wing Flight Simulators
What is an FSDC fixed-wing simulator? A type-specific synthetic training device for primary, basic and advanced pilot training. Built around a 1:1 cockpit replica with operating instruments, throttle quadrant and matching flight controls, control loading, photoreal visual system and Instructor Operating Station. Available for the Mushshak MFI-17, Super Mushshak and custom airframes — in full-motion 6-DOF or fixed-base configurations.
Fixed-wing platforms FSDC simulates
| Platform | Role | Typical training | Configurations |
|---|---|---|---|
| Mushshak MFI-17 | Two-seat primary trainer / tandem light aircraft | Ab-initio & basic flying, navigation, instrument introduction, emergency drills, circuit training | AeroSim Pro single-cockpit FMS or fixed-base; integrated IOS |
| Super Mushshak | Upgraded primary / basic trainer | Primary, basic and intermediate phases including aerobatics introduction, IFR procedures, formation basics | AeroMix Multi-Crew mixed-reality or full-motion FMS; integrated IOS |
| Custom fixed-wing | Customer-specified airframe (single, multi, turboprop, jet trainer) | Type-specific procedural, emergency and mission training | Tailored cockpit, flight model, visuals, motion and IOS |
What's inside a fixed-wing simulator?
1:1 cockpit replica
Each device is built around a full-scale cockpit shell with operating instruments, switches and panels, throttle quadrant, control yoke or stick and rudder pedals tuned to the target aircraft. Seats, restraints, canopy / windscreen geometry and outside visibility match the real cockpit so visual sight pictures and crosscheck patterns transfer directly to the aircraft.
Control loading
Active control loading drives realistic forces on stick / yoke, rudder and trim wheels. Stick force per g, breakout forces, friction and trim behaviour all match the target aircraft. This is critical for ab-initio students learning correct control technique — correct feel in the simulator means correct habits in the aircraft.
Visual system
FSDC supports multi-projector COTS visual systems with wide field of view for circuits, navigation and visual approaches, and HMD-based photoreal mixed-reality visuals through the AeroMix architecture for compact, multi-crew configurations. Custom airport scenery, terrain databases and weather are configurable from the IOS.
Motion platform (optional)
A 6-DOF electric motion platform under the cockpit shell adds acceleration, attitude and turbulence cues integrated with the visual scene. Useful for unusual-attitude recovery, upset prevention & recovery training, type-rating fidelity and intermediate-phase syllabus where motion cues matter. Fixed-base configurations are available where they aren't required.
Instructor Operating Station
The Instructor Operating Station is a multi-touch console adjacent to the cockpit. Instructors inject failures, freeze / reposition / reset, manage weather, time of day and traffic, monitor flight parameters live and replay sessions for debrief.
Where a fixed-wing simulator pays back
Fixed-wing simulators are most valuable when the scenario is repetitive, weather-sensitive or expensive to fly. Common syllabus uses on FSDC fixed-wing simulators include:
- Ab-initio procedural training — checklists, starts, ground ops, taxi, before-takeoff flow
- Instrument scan and IFR basics — partial-panel, holding patterns, instrument approaches
- Circuit / pattern work — takeoff, climb, downwind, base, final, normal & crosswind landings
- Emergency drills — engine failure after takeoff, engine fire, electrical and instrument failures
- Stalls & unusual-attitude recovery with safe reset
- Navigation — VOR, GPS, dead-reckoning, cross-country profiles
- Weather decision-making — degraded visibility, crosswinds, density altitude, turbulence
- Mission rehearsal — specific routes, airfields, mission profiles before live sorties
Why train on a simulator before the aircraft?
| Aspect | Real aircraft | FSDC fixed-wing simulator |
|---|---|---|
| Per-hour direct cost | Fuel, maintenance, aircraft availability | Fraction of aircraft cost; mostly electricity + instructor time |
| Emergency practice | Limited — many EFATO / fire scenarios cannot be safely simulated in the aircraft | Full range, repeatable, recoverable |
| Weather dependence | Sortie cancellations on bad weather days | Any weather, any visibility, any time of day on demand |
| Scenario repeatability | One pass per sortie | Reset and repeat in seconds via IOS |
| Debrief | Memory and notes | Recorded session, flight parameter timelines, replay |
| Aircraft wear / cycles | Engine cycles, airframe hours | Zero airframe wear |
Related FSDC capabilities
- Fixed-Wing Simulator service overview
- Full-Motion Flight Simulators
- AeroSim Pro single-cockpit FMS family
- AeroMix Multi-Crew Mixed-Reality Simulator
- Instructor Operating Station
- Helicopter (rotary-wing) simulators
- Brochures & downloads
- Top 5 safety scenarios for full-flight simulators
Frequently asked questions
Which fixed-wing aircraft does FSDC simulate?
The Mushshak MFI-17 and Super Mushshak are current production configurations; custom airframes are built on request, with the customer's flight model and cockpit specification.
Is a fixed-wing simulator enough for ab-initio training?
Yes — for procedures, checklists, instrument scan, airwork, circuits and emergency drills. It reduces aircraft hours, eliminates weather constraints and lets instructors repeat manoeuvres until proficiency is reached.
Do we need a full-motion fixed-wing simulator?
Procedural and instrument training is well served by fixed-base devices. Advanced unusual-attitude, upset recovery and type-rating fidelity benefit from motion. FSDC offers both options on the same architecture.
Can FSDC build a custom fixed-wing flight model?
Yes — FSDC develops custom flight models from aircraft data and validates them with type-rated instructor pilots before factory acceptance.
What's included in a fixed-wing simulator delivery?
Cockpit shell, instruments, controls, control loading, visual system, IOS, scenario library, factory acceptance test, on-site installation and lifecycle support.
How do we request a proposal?
Send aircraft type, training devices required and target qualification level through the contact form or email info@fsdcpak.com.