| Quantity: | |
|---|---|
FDR
Parameters with 300kg Payload Motion Simulating Platform:
Payload | ≤300kg |
Upper Platform Dimension | 1000mm *1000mm |
Speed Range | 0-250mm/s |
Heave | 0-300mm |
Sway | ±150mm |
Surge | ±150mm |
Yaw | ±20° |
Roll | ±20° |
Pitch | ±20° |
Repeat accuracy | ±0.05mm |
Angle speed repeat accuracy | ±0.1° |
OEM parameters | Customized speed,stroke,response,platform size,output,thrust,color,installation method |
The advantages of a 6DOF motion platform:
1.A 6DOF stewart platform provides a more complex and realistic simulation, allowing for motion in all six degrees of freedom, including translation in the x, y, and z axes, as well as rotational motion in the pitch, roll, and yaw axes. This allows for a more accurate representation of real-world movements and environments, making it suitable for highly advanced simulation and training applications, such as those in the military and space industries.
2.A 6 DOF platform provides an even higher level of realism and immersion, as it allows for additional degrees of freedom, including translation in the x, y, and z axes. This provides a more comprehensive representation of motion and environment, making it suitable for even more advanced simulation and training applications.
3.Full digital closed loop servo control, professional multi axis motion control card ensures smooth motion and high fidelity, reduces dynamic drift and distortion.
4.New modular combination and free and flexible system integration to meet the different needs of customers.
5.High response, high speed, and low noise to meet the requirements of various operating environments.
FDR 6DOF Motion Simulating Platform Performance Overview:
Payload | 50-20000kg | ||||
Posture | Displacement | Speed | Acceleration | Accuracy | RepeatAccuracy |
Pitch(a) | ±5°- ±35° | ≤60° | ≤200°/s2 | 0.03° | 0.01° |
Rolling(B) | ±5°- ±35° | ≤60° | ≤200°/s2 | 0.03° | 0.01° |
Yam (y) | ±5 - ±35° | ≤60° | ≤200°/s2 | 0.03° | 0.01° |
Vertical Lift | ±10mm - ±500mm | ≤1000mm/s | ≤1.0g | 0.03mm | 0.1mm |
Surge(Y) | ±10mm - ±500mm | ≤1000mm/s | ≤1.0g | 0.03mm | 0.1mm |
Sway(x) | ±10mm - ±500mm | ≤1000mm/s | ≤1.0g | 0.03mm | 0.1mm |
System responseefficiency | 0Hz-20HZ | ||||
Drift amount | The platform system runs continuously for more than 12 hours, and the position drift of any one of theelectric cylinders does not exceed 0.00025m. | ||||
6DOF Motion System can be use of the following applications:
Aerospace and Defense Simulation: It serves as the core of high-fidelity flight simulators for pilot training and for Hardware-in-the-Loop (HiL) testing of guidance systems, sensors, and satellite components under realistic dynamic conditions .
Automotive and Industrial R&D: The platform is extensively used to validate vehicle dynamics, test suspension systems, and replicate road profiles for durability analysis of automotive components. It is also crucial for evaluating heavy industrial machinery and robotics .
Entertainment and Experiential Learning: It provides the immersive motion base for professional-grade dynamic theaters, racing simulators, and earthquake simulators, delivering powerful and realistic haptic feedback .
Academic and Scientific Research: Universities and research institutions utilize these platforms for advanced studies in dynamics, control systems, vibration analysis, and for simulating complex motion scenarios that are otherwise difficult to reproduce
Motion Simulation Platform Control System:
1.The motion platform control system consists of a motion controller with CANopen bus communication and digital input and output functions, full digital motor and specific software, etc.
2.The control of the motion platform is intuitive through the graphical interface that allows the operator to learn and implement in short time.
3.The control software can copy the motion program generated by the motion design software.
Parameters with 300kg Payload Motion Simulating Platform:
Payload | ≤300kg |
Upper Platform Dimension | 1000mm *1000mm |
Speed Range | 0-250mm/s |
Heave | 0-300mm |
Sway | ±150mm |
Surge | ±150mm |
Yaw | ±20° |
Roll | ±20° |
Pitch | ±20° |
Repeat accuracy | ±0.05mm |
Angle speed repeat accuracy | ±0.1° |
OEM parameters | Customized speed,stroke,response,platform size,output,thrust,color,installation method |
The advantages of a 6DOF motion platform:
1.A 6DOF stewart platform provides a more complex and realistic simulation, allowing for motion in all six degrees of freedom, including translation in the x, y, and z axes, as well as rotational motion in the pitch, roll, and yaw axes. This allows for a more accurate representation of real-world movements and environments, making it suitable for highly advanced simulation and training applications, such as those in the military and space industries.
2.A 6 DOF platform provides an even higher level of realism and immersion, as it allows for additional degrees of freedom, including translation in the x, y, and z axes. This provides a more comprehensive representation of motion and environment, making it suitable for even more advanced simulation and training applications.
3.Full digital closed loop servo control, professional multi axis motion control card ensures smooth motion and high fidelity, reduces dynamic drift and distortion.
4.New modular combination and free and flexible system integration to meet the different needs of customers.
5.High response, high speed, and low noise to meet the requirements of various operating environments.
FDR 6DOF Motion Simulating Platform Performance Overview:
Payload | 50-20000kg | ||||
Posture | Displacement | Speed | Acceleration | Accuracy | RepeatAccuracy |
Pitch(a) | ±5°- ±35° | ≤60° | ≤200°/s2 | 0.03° | 0.01° |
Rolling(B) | ±5°- ±35° | ≤60° | ≤200°/s2 | 0.03° | 0.01° |
Yam (y) | ±5 - ±35° | ≤60° | ≤200°/s2 | 0.03° | 0.01° |
Vertical Lift | ±10mm - ±500mm | ≤1000mm/s | ≤1.0g | 0.03mm | 0.1mm |
Surge(Y) | ±10mm - ±500mm | ≤1000mm/s | ≤1.0g | 0.03mm | 0.1mm |
Sway(x) | ±10mm - ±500mm | ≤1000mm/s | ≤1.0g | 0.03mm | 0.1mm |
System responseefficiency | 0Hz-20HZ | ||||
Drift amount | The platform system runs continuously for more than 12 hours, and the position drift of any one of theelectric cylinders does not exceed 0.00025m. | ||||
6DOF Motion System can be use of the following applications:
Aerospace and Defense Simulation: It serves as the core of high-fidelity flight simulators for pilot training and for Hardware-in-the-Loop (HiL) testing of guidance systems, sensors, and satellite components under realistic dynamic conditions .
Automotive and Industrial R&D: The platform is extensively used to validate vehicle dynamics, test suspension systems, and replicate road profiles for durability analysis of automotive components. It is also crucial for evaluating heavy industrial machinery and robotics .
Entertainment and Experiential Learning: It provides the immersive motion base for professional-grade dynamic theaters, racing simulators, and earthquake simulators, delivering powerful and realistic haptic feedback .
Academic and Scientific Research: Universities and research institutions utilize these platforms for advanced studies in dynamics, control systems, vibration analysis, and for simulating complex motion scenarios that are otherwise difficult to reproduce
Motion Simulation Platform Control System:
1.The motion platform control system consists of a motion controller with CANopen bus communication and digital input and output functions, full digital motor and specific software, etc.
2.The control of the motion platform is intuitive through the graphical interface that allows the operator to learn and implement in short time.
3.The control software can copy the motion program generated by the motion design software.
