Description
PLATFORM HIGHLIGHTS
6
ARCHITECTURE
150
PAYLOAD
802
MIN HEIGHT
207
WEIGHT
QS-617
KEY FEATURES
Super silent
Extremely quiet operation
Modular and Reconfigurable
Easy to adapt to 3rd party cockpits
Software support
Motion adjustment, motion post-processing, extensive diagnostic and profiles
Precision in movement repeatability
Incredible movement repeatability
VR technology
VR HeadWay technology support (VR sickness compensation)
Compact design
Extremely small footprint and lightweight body
MOTION PLATFORM QS-617
The QS-617 motion platform is a perfect base for industrial testing, verification and testing application of camera modules, anntenas, telescopes and ather optical technology where the high frequencies and velocities are required. Gross moving load up to 250 kg/551 lb, super clean solution, compact size, and ultra-quiet operation, are not the only advantages of a six-axis machine. This 6DoF motion system is equipped with rigidity, high positioning accuracy and real-time vibrations, which is mainly intended for projects in the field of positioning and testing. Moreover, comparing this platform with the QS-625 motion system, it can be easily noticed that QS-617 has an extended motion envelope and increased velocity.
FOR PROFESSIONALS
The 6DoF motion platform is mainly intended for professional applications. Motion system is applicable in projects regarding:
- automotive components testing
- optical devices, components testing and verification
- advanced research and simulators for Universities
- biomedical and rehabilitation applications
- industrial testing
- anntenas positioning and verification
LINEAR MOTION TECHNOLOGY
This super silent 6DoF motion platform is being optimized through and through. Top benefits of QS-617 based on linear actuator’s technology:
- wide range of motion
- super clean and compact motion solution
- high positioning accuracy
- high rigidity
- reduced sensitivity to certain errors
- real-time vibrations
- easier assembly
- lower operating costs
- lower maintenance costs
- easy to integrate with other systems and equipment
- more precise than hydraulics and pneumatics motion solutions
GENERAL SPECIFICATION
System performance
EXCURSION
SINGLE DOF
NON SINGLE DOF
VELOCITY
ACCELERATION
Surge
EXCURSION (SINGLE)
- 80.2 mm, 64.9 mm
EXCURSION (NON SINGLE)
- 86.4 mm, 69.8 mm
VELOCITY
0.57 m/s
ACCELERATION
4 m/s²
Sway
EXCURSION
- 68 mm, 68 mm
EXCURSION (NON SINGLE)
- 73.1 mm, 73.1 mm
VELOCITY
0.53 m/s
ACCELERATION
3.6 m/s²
Heave
EXCURSION
- 61.6 mm, 77.1 mm
EXCURSION (NON SINGLE)
- 56.7 mm, 73.7 mm
VELOCITY
0.44 m/s
ACCELERATION
3 m/s²
Roll
EXCURSION
- 20.8°, 20.8°
EXCURSION (NON SINGLE)
- 19.5°, 19.5°
VELOCITY
150°/s
ACCELERATION
1100°/s²
Pitch
EXCURSION
- 19.9°, 20.8°
EXCURSION (NON SINGLE)
- 19.1°, 18.0°
VELOCITY
165°/s
ACCELERATION
1200°/s²
Yaw
EXCURSION
- 21.4°, 21.4°
EXCURSION (NON SINGLE)
- 22.9°, 22.9°
VELOCITY
140°/s
ACCELERATION
1000°/s²
Payload specification
Product weight
207 kg | 456 lb
Payload
150 kg | 331 lb
Main dimensions
Total length
1258 mm | 49.5 in
Total width
1258 mm | 49.5 in
Min height
802 mm | 31.57 in
Power requirements
Power supply requirement
230V 50-60HZ
Average power (Watts): 199
Average power (VA): 2114,53
Peak Current (A): 8,84
120V 50-60HZ
Average power (Watts): 238
Average power (VA): 2160,31
Peak Current (A): 17,45
SOFTWARE BASICS
To every Motion Platform purchase The Platform Manager software is added without a charge. This applies to all Motion Platforms available. This application allows to: use motion platforms with supported games, perform diagnostic, monitor motion platforms operation, update firmware, compensate head movements thanks to VR HeadWay included and use SDK - ForceSeatMI to connect it to your custom applications. Moreover all our motion platforms work with VR technology and software is constatnly updated.
If you are interested in connecting your own custom applications or using motion platforms with computers on different system than Windows please make yourself familiar with SDKs.
ForceSeatMI supports
- Windows
ForceSeatDI supports
- Windows
- Raspberry Pi
- Linux
Both SDK's support*
- Unity
- Unreal Engine
- Matlab & Simulink
- C/C++/C#
- Python