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Our 6-axis motion platform offers an advanced dynamic simulation solution designed specifically for the aviation flight simulation industry. Integrating cutting-edge technology and stable performance, this platform meets the rigorous demands of flight training, R&D testing, and cockpit simulation.
Max Load Capacity: 2000kg
Stroke Length: 150mm
High-Performance Servo Electric Actuators
Full 6 Degrees of Freedom (6DOF): Supports pitching, rolling, yawing, lifting, and forward/backward, left/right translation, enabling highly realistic motion in all flight scenarios.
Precision Motion Control: Equipped with a closed-loop servo control system, this platform delivers high-precision motion, ensuring smooth operation with minimal noise.
Realistic Flight Simulation: Accurately simulates complex flight states including take-off acceleration, landing buffer, air turbulence, turning inclination, and altitude changes. This offers the most authentic flight experience possible.
Designed for Flexibility: With a 150mm stroke, this platform is adaptable to a wide range of flight simulation scenarios, meeting the motion requirements of various flight simulator cockpits and aviation training equipment.
No. |
Item |
Quantity |
|---|---|---|
1 |
FDR095 Electric Cylinder |
6 pieces |
2 |
Servo Motor, Reducer and Driver (1.5KW) |
6 Sets |
3 |
PLC Controller |
1 Pc |
4 |
Control Cabin |
1 Pc |
5 |
Base Platform |
1 Pc |
6 |
Upper Platform |
1 Pc |
7 |
Control System Installation Pack |
1 Set |
Our 6DOF motion platform is ideal for:
Civil Aviation Pilot Training: Improves training efficiency by offering realistic motion feedback, making training more effective and reducing the risk of pilot errors.
Military Flight Simulation: Provides a highly stable and dynamic motion system for military training, helping pilots react to diverse flight scenarios under pressure.
Aircraft R&D Testing: Facilitates precise testing of aircraft designs and flight characteristics, improving the aircraft development process and reducing R&D costs.
Aviation Exhibitions & Demonstrations: Enhances the realism of aviation exhibitions by offering immersive flight simulation experiences for visitors.
Load Capacity: Handles up to 2000kg, providing strong bearing capacity for heavy flight simulator cockpits and complex systems.
High Stability: Designed to maintain stability even under intense motion scenarios, ensuring reliability during prolonged usage.
Customization: Easily integrates with existing flight simulator cockpits and aviation training systems.
Cost Efficiency: Significantly reduces R&D and training costs while enhancing the effectiveness of simulations.
Enhanced Simulation Experience: Provides unparalleled realism, improving pilot training outcomes and ensuring safe, efficient training.
Whether for aviation training, military simulations, or flight R&D, our 6DOF motion platform is the ideal solution for realistic, dynamic flight simulations. Contact us today to learn more about how our platform can elevate your training and testing systems.
Electric Cylinder: FDR095 with a stroke of 150mm.
Motor: 1.5KW servo motor with 2000rpm speed, driving the system.
Lead Screw: 10mm, ensuring smooth and efficient motion.
Reduction Ratio: 5, which indicates the level of mechanical advantage.
Rated Payload: The platform supports a payload of 2000KG.
DOF (Degree of Freedom) |
Excursions |
Velocity |
Acceleration |
|---|---|---|---|
Roll |
±6° |
0-3°/s |
40°/s⊃2; |
Pitch |
±6° |
0-3°/s |
40°/s⊃2; |
Yaw |
±6° |
0-3°/s |
40°/s⊃2; |
Heave (Z-axis) |
±75mm |
0-60mm/s |
0.1g |
Surge (X-axis) |
±75mm |
0-60mm/s |
0.1g |
Sway (Y-axis) |
±75mm |
0-60mm/s |
0.1g |
Overall Length (with structure): 2919mm.
Overall Width (with structure): 2500mm.
Height (including components): 733mm.
Base Platform Dimensions: 2500mm × 2500mm.
Upper Platform Dimensions: 2500mm × 2500mm.
Control Cabin and Controller are positioned for efficient operation.
This 6‑axis motion platform is typically used in flight simulation, training environments, and motion-based VR systems, providing precise and stable movement with high payload capacity for demanding applications.