DR-7-Axis 6DOF FULL SET PARAMETER
Platform Highlights
Key Features
6 DOF
Surge, sway, heave, roll, pitch, and yaw
High Payload Capacity
Supports full-cabin and heavy simulator systems
Low-Latency Motion Control
Real-time response for accurate simulation
Industrial-Grade Structure
Rigid design for stability and durability
Modular & Scalable Design
Flexible integration for different applications
Redundant Safety Systems
Designed for continuous and secure operation
DR-7-Axis 6DOF FULL SET PARAMETER
- L*W*H : 1880*1250*1620mm
- Acceleration : 0.8G
- Angel Speed : 50°/s
- Weight : 395KG
- Load Capacity : 350KG
- Power : 7KW
- Vibration Frequency Range : 0-100Hz
- DOF : 6
- Latency : <8ms
PRODUCT 1
1.Functions: Possesses six degrees of freedom: pitch, roll, yaw, longitudinal translation, lateral translation, and vertical displacement (i.e., displacement along the X, Y, and Z axes and rotation about the X, Y, and Z axes).
2.Effective Load: ≥1T.
3.Motion Parameters:
① Pitch amplitude better than: +/-10°; velocity better than: 0-30°/s; acceleration better than: 0-60°/s².
② Roll speed better than: 0～20°/s; acceleration better than: 0～50°/s²; roll angle better than: +/-10°.
③ Yaw speed better than: 0～20°/s; acceleration better than: 0～50°/s²; roll angle better than: +/-10°.
④ Sway amplitude better than ±100mm; velocity better than 0～80mm/s;
⑤ Lateral sway amplitude better than ±100mm; velocity better than 0～80mm/s;
⑥ Height amplitude better than +/-100mm; velocity better than 0～150mm/s.
4.Vibration frequency better than 0.1Hz-10Hz.
5.Electric, power supply 6.voltage: AC220V±10%.
7.Power: Peak power ≤5KW
PRODUCT 2
1. Maximum vertical linear displacement ±220mm
2. Maximum lateral linear displacement ±350mm
3. Maximum longitudinal linear displacement ±350mm
4. Maximum pitch angle displacement ±25°
5. Maximum roll angle displacement ±25°
6. Maximum rotation angle displacement ±45°
7. Maximum vertical linear velocity ±0.32m/s
8. Maximum lateral linear velocity ±0.32m/s
9. Maximum longitudinal linear velocity ±0.32m/s
10. Maximum pitch angle velocity ±20°/s
11. Maximum roll angle velocity ±20°/s
12. Maximum rotation angle velocity ±20°/s
13. Maximum vertical linear acceleration 0.5g
14. Maximum lateral linear acceleration 0.5g
15. Maximum longitudinal linear acceleration 0.5g
16. Maximum pitch angle acceleration ±150°/s²
17. Maximum roll acceleration: ±150°/s²
18. Maximum rotational angular acceleration: ±150°/s²
19.Longitudinal frequency: 5Hz
20.Lateral frequency: 5Hz
21.Vertical frequency: 5Hz
22.Rated load not less than 2 tons
PRODUCT 3
1. Longitudinal amplitude: +/-380mm, velocity: +/-300mm/s, acceleration: +/-0.85g;
2. Lateral amplitude: +/-350mm, velocity: +/-300mm/s, acceleration: +/-0.85g;
3. Vertical amplitude: +/-250mm, velocity: +/-300mm/s, acceleration: +/-0.85g;
4. Roll angle: +/-25°, angular velocity: +/-30° 5. Pitch angle: +/-30.7°, angular velocity: +/-30°/s, angular acceleration: +/-300°/s²;
6. Yaw angle: +/-175°, angular velocity: +/-30°/s, angular acceleration: +/-300°/s²;
7. Payload capacity (t): ≥1.7;
8. Vibration index frequency (Hz): 0.1~10Hz.
PRODUCT 4
1. Load capacity (kg): ≥1200 (including the weight of the upper surface of the platform);
2. Response frequency (Hz): ≥2 (displacement ±20mm);
3. Power supply voltage (V): 220±10% (50±2Hz);
4. Linear displacement along x, y, z axes (mm): ≥ ±380;
5. Linear velocity along x, y, z axes (mm/s): ≥±700;
6. Linear acceleration along x, y, z axes (g): ≥ ±1;
7. Angular displacement about x, y, z axes (°): ≥±30;
8. Angular velocity about x, y, z axes (°/s): ≥±80;
9. Angular acceleration about x, y, z axes (°/s²): ≥ ±180;
10. Vibration index: Frequency (Hz) 11. Response time (ms): <10;
12. Control time (ms): <8;
PRODUCT 5
1.Pitch angle displacement along the x-axis: ≥±100mm ≥±300mm/s ≥0.5g
2.Roll angle displacement along the y-axis: ≥±100mm ≥±300mm/s ≥0.5g
3.Yaw angle displacement along the z-axis: ≥±100mm ≥±300mm/s ≥0.5g
4.Pitch angular velocity rotation around the x-axis: ≥±10° ≥±30°/s ≥±120°/s²
5.Roll angular velocity rotation around the y-axis: ≥±10° ≥±30°/s ≥±120°/s²
6.Yaw angular velocity rotation around the z-axis: ≥±10° ≥±30°/s ≥±120°/s²
7.Effective load capacity: ≥500kg
8.Motion system frequency: 0.01Hz-10Hz
9.Response time: 20ms
10.Control time: 10ms
11.Operating voltage: AC220V±10%; 50Hz±5%
Motion System Architecture
The 6-DOF motion platform is built on a robust mechanical and electronic architecture to ensure accurate motion reproduction and long-term reliability.
System Components
Heavy-duty base frame
High-performance electric actuators
Integrated motion controller
Feedback sensors for closed-loop control
Electrical cabinet with safety logic
This architecture ensures smooth motion, precise synchronization, and safe system operation.
Why Choose Us?
We design and manufacture advanced driver training simulators to create safe, cost-effective, and immersive training environments for driving schools, transport companies, research institutes, and military organizations.
- Realistic motion and visual systems
- Adaptive to different vehicle types and training needs
- Proven experience with international clients
- Safe, cost-effective, and environmentally friendly
- Possesses a professional R&D and manufacturing team
- Have capabilities underpinning defence industry development