QS-V20
The QS-V20 was designed for drivers looking for the most realistic simulation. The unique combination of high performance linear actuator’s developed by Motion Systems and modern, adjustable accessories allow users to train and experience real racing and flight simulation.
The QS-V20 provides an amazing impression to get the feeling of driving a real racing car by delivering sensation of road textures, velocity, suspension interaction feedback, engine vibrations, tactile feedback,
haptic system and vehicle dynamics.
Innovative technology, modular and compact design, as well as the noiseless operation makes the QS-S25 a perfect motion base not only for any professional application but also for the home users
QS-V20
USE-CASE EXAMPLE
Key Features
General Spesification
Software
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Key Features
- 4DOF motion system with TRACTION LOSS (heave, roll, pitch and yaw).
- Incredible oversteering feedback sensation.
- Patent pending linear actuators technology guarantee very quiet and precise operation.
- World-class advanced motion cueing algorithms with integrated “washout filters” to reflect the
situation from virtual environment, closing the gap between simulation and reality. - Effective motions and vibrations that perfectly reflect the situations in the selected game or
simulation application. - Comfortable and ergonomic position for the driver or pilot.
- Full support of the proprietary Qubic Manager software – totally free access, no fees at any
participation period. - Compact design and small footprint fits to the medium size gaming rooms, VR centers, training
facilities or even home location. - More responsive and fast-moving way to push telemetry data from simulation to the hardware.
- VR HeadWay technology support (motion compensation).
- Proudly made in EU: Engineered, Designed and Manufactured in Poland.
General Spesification
- Architecture: 4 DOF with TRACTION LOSS
- System performance (in Q-MODE):
◦ Heave: -5.0, 5.0 cm, 900 mm/s, limited to 0.88G*
◦ Roll: -8.5°, 8.5°, 140°/s, limited to 1500°/s²*
◦ Pitch: -5.5°, 5.5°, 40°/s, limited to 500°/s²*
◦ Yaw: -6.1°, 6.1°, 75°/s, limited to 900°/s²*
*value of acceleration is limited for safety reasons - Vibrations frequency range: 0-100 Hz
- Max User Weight: 150 kg | 330 lb
- Product weight: 280 kg | 617 lb
- Total length: 1715 mm | 67.5 in
- Total width: 1097 mm | 43.2 in (without step)
- Total height: 1042 mm | 41 in (without step)
- Power supply requirements: 115/230 VAC Single Phase
- Average power consumption:
◦ Q-Mode: 470W (230V)
◦ Performance Mode: 210W (230V)
◦ Heavy Duty Mode: 130W (230V) - Peak power for converter specification:
◦ Q-Mode: 1390VA (230V)
◦ Performance Mode: 700VA (230V)
◦ Heavy Duty Mode: 610VA (230V) - Peak current for breaker specification:
◦ Q-Mode: 10.53A (230V)
◦ Performance Mode: 6.17A (230V)
◦ Heavy Duty Mode: 4.38A (230V) - Connection: USB
Add-ons and accessories compatible with QS-V20 platform:
- 4 Point Safety Seat Belt
- Racing Seat
- Step
Software
- Delivers world-class advanced motion cueing system with integrated “washout filters” to reflect
the situation from virtual environment, closing the gap between simulation and reality. - Most popular, already integrated and supported racing and flight games and professional
simulation applications. - Included VR Headway technology uses advanced mathematic formulas to calculate necessary
compensation and applies it to the VR headset at runtime. It eliminates platform movements
from the VR tracking system causing your experiences to be more immersive, authentic and has
huge impact on VR sickness compensation. - The motor control algorithm has been developed to be used strictly in simulation application. The
positioning signal is analyzed and preprocessed directly by the driver, so it is possible to change
all driver parameters at basically zero cost (time). Drivers parse the incoming command as soon
as the command arrives. It also allows to append different types of vibrations (per actuator) on
driver level. - Motion sickness compensation thanks to telemetry data provided in real time directly by the
game’s engine and immediately injected to the hardware to perform. - Equipped with Tactile Audio Based Feedback System that can use tactile trans-ducers connected
to sound card to generate additional effects on your cockpit. - Thanks to having full control of the technology Motion Systems company can change control
algorithm source code, introduce new parameters and features without waiting for 3rd party
vendors. Simple software update can introduce new features to the customers. - Motion SDK (FSMI or FSDI) for software developers is also available as an extra option. That
powerful interface allows to add a motion platforms support to any application or game. - … and many more!
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