Description
PLATFORM HIGHLIGHTS
6
ARCHITECTURE
2000
GROSS MOVING LOAD
135
MIN HEIGHT
KEY FEATURES
Resistant to overload
Good resistance to momentary overload resulting from dynamic change in mass distribution
Heavy-duty design
Low profile and heavy-duty construction
Safety
Safe mechanical design resistant to electronic failures. Safety Integrity Level up to 3
Easy to maintenance
Effective operation and maintenance costs
VR technology
All our motion platforms work in VR environment
Super Silent
Extremely quiet and smooth operation
Software support
Control all our motion platforms using one of ours SDK
Movement repeatability
High ability to generate vibrations and incredible movement repeatability
MOTION PLATFORM PS-6TL-LP2000
The PS-6TL-2000 device is a type of Stewart platform with gross moving load up to 2000 kg. This low profile version is adapted for installation of medium and large size cockpits and cabins. Motion platform is suitable for fully equipped flight, train, ground or sea vehicles cabin mounting on upper frame.
APPLICATIONS
The PS‐6TL‐LP2000 6DoF low profile motion platform is mainly intended for applications in defence sector, flight and driving simulation or entertainment industry. Motion platform is applicable in projects regarding:
- Simulating environmental effects (earthquake etc.)
- Military vehicle simulators
- Rotary and fixed wing flight simulators
- Car and truck driving simulators
- Mining vehicle simulators
- Naval ship simulators
- Advanced research, testing and university simulators
- Film industry (including camera stabilization)
- Virtual reality simulators for entertainment
- Satellite, telescope and antenna positioner
- Industrial testing
- Simulation of autonomous vehicles
LINEAR MOTION TECHNOLOGY
This low profile, super silent 6DoF motion platform is being optimized through and through. Top benefits of PS-6TL-2000 based on linear actuator’s technology:
- precise positioning
- good resistant to overload
- real time vibrations
- high rigidity
- reduced sensitivity to certain errors
- extremely quiet operation
- safe mechanical design resistant to electronic failures
- small footprint
- easier assembly
- lower operating costs
- lower maintenance costs
- easy to integrate with other systems and equipment
- more precise than hydraulics and pneumatics
- increased flexibility and synchronization options
GENERAL SPECIFICATION
System performance
EXCURSION
SINGLE DOF
NON SINGLE DOF
Velocity
Acceleration
Surge
EXCURSION (SINGLE)
-0.26, 0.20 m | -10.24, 7.87 in
EXCURSION (NON SINGLE)
-0.26, 0.27 m | -10.24, 10.63 in
Velocity
0.65 m/s
Acceleration
2.5 m/s²
Sway
EXCURSION (SINGLE)
-0.20, 0.20 m | -7.87, 7.87 in
EXCURSION (NON SINGLE)
-0.24, 0.24 m | -9.45, 9.45 in
Velocity
0.63 m/s
Acceleration
2.5 m/s²
Heave
EXCURSION (SINGLE)
-0.10, 0.11 m | -3.94, 4.33 in
EXCURSION (NON SINGLE)
-0.10, 0.11 m | -3.94, 4.33 in
Velocity
0.3 m/s
Acceleration
2.9 m/s²
Roll
EXCURSION (SINGLE)
-5.9°, 5.9°
EXCURSION (NON SINGLE)
-6.0°, 6.0°
Velocity
20°/s
Acceleration
70 °/s²
Pitch
EXCURSION (SINGLE)
-5.6°, 5.6°
EXCURSION (NON SINGLE)
-7.0°, 7.0°
Velocity
20°/s
Acceleration
80 °/s²
Yaw
EXCURSION (SINGLE)
-10.2°, 10.2°
EXCURSION (NON SINGLE)
-12.0°, 12.0°
Velocity
30°/s
Acceleration
125 °/s²
Payload specification
Gross Moving Load
2000 kg | 4409 lb
Main dimensions
Total length
3406 mm | 134.09 in
Total width
3928 mm | 154.65 in
Min height
1352 mm | 53.23 in
Power requirements
Power supply requirement
32 Amps, 380‐420 VAC, 50‐60 Hz
Average power consumption
13 kW
Connection
USB | Ethernet
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
