Helicopter Flight Simulators
What is an FSDC helicopter simulator? A type-specific synthetic training device built around a 1:1 helicopter cockpit replica — with operating instruments, collective, cyclic and pedals, control loading, photoreal visual system and Instructor Operating Station. Available for the AS-350 / Airbus H125, Mi-17, Enstrom 280-FX and custom rotary-wing platforms, in full-motion 6-DOF or fixed-base configurations.
Helicopter platforms FSDC simulates
| Platform | Role | Typical training | Configurations |
|---|---|---|---|
| AS-350 / Airbus H125 | Light single-engine utility helicopter | Type rating, mountain & high-altitude ops, longline / sling work scenarios, EMS profiles, autorotation | Full-motion FMS or fixed-base; integrated IOS |
| Mi-17 | Medium / heavy multi-role transport helicopter | Multi-crew CRM, NVG-style night ops, troop transport profiles, mountain ops, emergency handling | Full-motion FMS with multi-crew cockpit; IOS with mission scenarios |
| Enstrom 280-FX | Light piston training helicopter | Ab-initio & basic rotary-wing training, hover & autorotation, instrument basics | AeroMix Multi-Crew mixed-reality or fixed-base; IOS |
| Custom rotary-wing | Customer-specified airframe | Type-specific procedural, emergency and mission training | Tailored cockpit, flight model, visuals and IOS |
What's inside a helicopter simulator?
1:1 cockpit replica
Each device is built around a full-scale cockpit shell with operating instruments, switches and panels, plus the helicopter-specific control set: collective, cyclic and anti-torque pedals. Throttle / FCU controls match the target type. Crew seating, restraints and visibility match the real aircraft so cockpit muscle memory transfers directly.
Control loading
Active control loading drives forces on the cyclic, collective and pedals so the pilot feels stick force, trim, friction and stiff-control conditions just as in the aircraft. This is essential for helicopter training because rotary-wing handling depends heavily on subtle force feedback at the controls.
Visual system
Helicopter sorties spend a lot of time at low altitude, in the hover and around obstacles — so visual fidelity matters more than in many fixed-wing trainers. FSDC supports multi-projector COTS visual systems with wide field of view, and HMD-based photoreal visuals through the AeroMix architecture for compact installations.
Motion platform (optional)
A 6-DOF electric motion platform under the cockpit shell adds acceleration, attitude and vibration cues integrated with the visual scene. Motion is particularly valuable for autorotation entry, settling-with-power onset, and emergency manoeuvres. Fixed-base configurations are available where motion isn't required.
Instructor Operating Station
The Instructor Operating Station is a multi-touch console adjacent to the cockpit. Instructors can inject failures, freeze / reposition / reset, manage weather and time of day, adjust traffic, monitor flight parameters live and replay sessions for debrief.
High-value helicopter training scenarios
Synthetic training devices are most valuable when the scenario is dangerous, expensive or impossible to repeat in the real aircraft. Common syllabus items on an FSDC helicopter simulator include:
- Autorotation — engine-off rotor management, flare timing, run-on landings, zero-airspeed entries
- Settling-with-power / vortex ring state — recognition and recovery
- Tail-rotor failure — loss of anti-torque, stuck-pedal and complete failure profiles
- Engine failure in OEI / single-engine operations for twin variants
- Brownout / whiteout on dusty or snowy landing sites
- Confined-area and pinnacle landings with wind, obstacles and reduced visual cues
- Night / NVG-style operations with reduced visual references
- Mountain flying with density altitude, turbulence and downdrafts
- Mission profiles — SAR, EMS, troop transport, longline / external load, formation
How an FSDC helicopter simulator compares to real-aircraft training
| Aspect | Real helicopter | FSDC helicopter simulator |
|---|---|---|
| Per-hour direct cost | High — fuel, maintenance, hull | Fraction of aircraft cost; mostly electricity + instructor |
| Risk for high-consequence emergencies | Significant — many cannot be practised safely | Zero risk to crew or airframe |
| Scenario repeatability | One pass per sortie | Reset and repeat in seconds via IOS |
| Environmental control | Weather / time as found | Any weather, visibility, time of day on demand |
| Debrief data | Memory and notes | Recorded session, flight parameter timelines, replay |
| Carbon / noise footprint | Aviation fuel + community noise | Minimal — electric motion, no emissions, no rotor noise |
Related FSDC capabilities
- Rotary-Wing Simulator service overview
- Full-Motion Flight Simulators
- AeroSim Pro single-cockpit FMS family
- AeroMix Multi-Crew Mixed-Reality Simulator
- Instructor Operating Station
- Brochures & downloads
- Top 5 safety scenarios on full-flight simulators
- Electric vs hydraulic motion platforms
Frequently asked questions
Which helicopter types does FSDC simulate?
FSDC builds simulators for the AS-350 / Airbus H125, Mi-17, Enstrom 280-FX and custom rotary-wing platforms on customer request. Each device is a 1:1 cockpit replica with operating instruments and helicopter-specific controls tuned to the target aircraft.
Can a helicopter simulator train autorotation safely?
Yes — autorotation is among the highest-value simulator scenarios because it is dangerous and expensive to practise in the real aircraft. The simulator reproduces rotor decay, collective management, flare timing and run-on landing characteristics. The instructor can reset entry conditions in seconds.
Does the helicopter simulator support emergency-handling training?
Yes. The IOS can inject engine failure, tail-rotor failure, settling-with-power, hydraulic loss, governor failure, electrical fire and brownout / whiteout at any altitude, airspeed and configuration. Sessions are recorded for debrief.
Is motion necessary for helicopter training?
For hover, autorotation entry and severe emergencies, motion cues add fidelity that helps pilots translate sim training to the aircraft. FSDC offers 6-DOF electric motion configurations and fixed-base devices when budget or footprint favours a no-motion solution.
How long does a custom helicopter simulator take to build?
Timelines depend on cockpit complexity, motion configuration and target qualification level. A configured fixed-base device based on an existing FSDC platform can be delivered in months; a fully custom full-motion type-specific device is typically a multi-quarter engineering programme. A detailed schedule is issued with the proposal.
How do we request a quotation?
Send aircraft type, training devices required and target qualification level through the contact form or email info@fsdcpak.com. An engineering response with capability summary and indicative timeline follows within two business days.