Flight Driving Simulator
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Flight Driving Simulator

Flight Driving Simulator

Flight Driving Simulator is a dual-mode simulation system that integrates the operation of aircraft and ground vehicles. Through a dynamic motion platform and high-precision visual technology, it achieves dual scenario simulation of flight driving (fixed wing/rotary wing aircraft) and ground vehicles (cars/armored vehicles), supporting the training of pilot pilot composite skills and cross domain equipment development and verification.

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Product Introduction

Core technology

 

Seamless dual-mode switching

Support quick switching between flight and ground driving scenarios (response time ≤ 5 seconds), utilizing the same hardware platform (such as a 6-degree-of-freedom motion base) to simulate flight attitude and road bumps;

Integrated dual operation interface (flight control stick+steering wheel), achieving rapid replacement of physical control equipment through magnetic modular design.

 

High precision environmental simulation

Flight mode: Simulate extreme weather (thunderstorms, wind shear) and complex airspace (ultra-low altitude flight in mountainous/urban areas), with wind speed simulation error ≤ 1.5m/s;

Ground mode: Restoring special road surfaces such as mud, ice, and snow, with a simulation accuracy of ± 5% for tire friction coefficient.

Intelligent Training Evaluation

Real time capture of operator physiological data (eye movement trajectory, muscle tone), combined with AI generated training reports (such as landing overload analysis, emergency obstacle avoidance response time), improves training efficiency by 40%;

Support multi person collaborative exercises (such as air ground collaborative combat), and achieve cross platform data interaction through V2X protocol.

 

Product specification

 

Motion platform:

6DOF electric servo platform, maximum load 250kg, acceleration ± 4G, positioning accuracy 0.05mm

Display system:

Dual mode view: Flight mode (200 ° surround screen, 4K resolution), Ground mode (3-screen splicing, 120Hz refresh rate)

Control equipment:

flight side bar (force feedback ± 8N), detachable steering wheel (900 ° steering angle), metal pedal assembly (pressure sensing ± 2% error)

Simulation model:

Supports 20+aircraft (including helicopters/drones) and 15+ground vehicles (including special vehicles), with physics engines supporting Unity/Unreal.

 

Product details

 

Application:

Composite skill training:

Dual use military civilian: Collaborative combat training for pilots and ground vehicle drivers (such as helicopter hovering and armored vehicle assault);

Emergency rescue: Simulate coordinated command and material delivery between open and ground in disaster scenes (earthquakes/fires).

 

Equipment development and testing:

Verification of eVTOL power switching: transition test from hovering in the air to ground driving mode;

Development of unmanned aerial vehicle swarm control algorithm (multi-agent task allocation logic verification).

 

Business and Education:

Aviation colleges: Interdisciplinary teaching of flight and ground driving (such as airport ground vehicle operation training);

Theme entertainment: VR dual-mode experience (spacecraft return+lunar rover driving), supporting dynamic difficulty adjustment.

 

Photos of Flight driving simulator

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Packaging and delivery

 

Packing: by container or as customers's required.

Delivery: deliver to major ports in your country.

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FAQ

 

Q: Can we run both flight and ground driving scenarios simultaneously? ‌

A: Supports dual-mode parallel computing (requires split screen display), but the motion platform can only dynamically provide feedback based on the current main mode.

Q: Is it compatible with third-party simulation software? ‌

A: To adapt to platforms such as X-Plane and Assetto Corsa through ROS/Simulink interface, a protocol conversion module needs to be configured.

Q: How to force shutdown in emergency situations? ‌

A: Triple protection: software limit (triggered by acceleration>4.5G), physical emergency stop button, and remote monitoring end forced intervention.

Q: What is the maintenance cycle of the sports platform? ‌

A: The servo motor needs to be lubricated every 500 hours, and the universal joint bearings need to be replaced every quarter. The average annual maintenance cost is about 8% of the total equipment price.

Hot Tags: flight driving simulator, China flight driving simulator manufacturers, suppliers, factory

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