Motion Systems Qubic System QS-S25 6DOF Motion System

Patent pending linear actuator's technology is in charge of QS-S25 hidden power.

6 degrees of freedom (surge, sway, heave, roll, pitch and yaw) delivers oversteer and understeer experience and provide more realistic and precise driving / flying effects. Their work additionally guarantee to ensure feed precise motion inputs that very accurately represent key sensations such as understeer, traction loss, lateral g-force inputs and braking.

Motor drivers have been designed by Motion Systems company to do just one job, to control motors in vehicle simulator applications, and they are excellent at it.

Included power cabinet (control module) QS-SB2 is responsible for the power distribution and communication to handle telemetry signal processing where motion controller dispatches the commands to drivers which parse the incoming command as soon as the command arrive. The Control module sets the motion and vibration cues for each single actuator. The driver works with both 115V and 230V power network without any adapters or voltage converters.

The motion platform is a modular solution that allows transport and on-site assembly using the main components.

Wide range of dedicated accessories for QS-S25 allows extending unit functionality or change configurations depending on the type of required game profile.

The platform is compatible with the selected Virtual Reality headsets on the market, which makes QS-S25 open to a new possibility in virtual racing.

QS-S25 general specification:

• Architecture: 6 DOF
• System performance:
  • Surge: -13.2, 10.5 cm, 1250 mm/s, limited to 1G*
  • Sway: -10.6, 10.6 cm, 1000 mm/s, limited to 1G*
  • Heave: -5.6, 5.5 cm, 350 mm/s, limited to 0.5G*
  • Roll: -5.1°, 5.1°, 40°/s, limited to 500°/s2*
  • Pitch: -4.7°, 4.7°, 40°/s, limited to 500°/s2*
  • Yaw: -9°, 9°, 100°/s, limited to 1000°/s2*
    *value of acceleration is limited for safety reasons
• Vibrations frequency range: 0-100 Hz
• Payload: 250 kg | 551 lb
• Product weight: 350 kg | 772 lb
• Total length: 1761 mm | 70 in
• Total width: 1825 mm | 72 in
• Min height: 960 mm | 38 in
• Power supply requirements: 2 x Single Phase 120V or 220-250 VAC Single Phase
• Average power consumption: 238 W (120V), 199 W (230V)
• Average power consumption for converter specification: 2161 VA (120V), 2115 VA (230V)
• Peak current for breaker specification: 17.5 A (120V), 8.9 A (230V)
• Connection: USB

Add-ons and accessories compatible with QS-S25 platform:

• 4 Point Safety Seat Belt
• Mounting Bracket: Desk With Attaching Points Left
• Mounting Bracket: Desk With Attaching Points Right
• Mounting Bracket: Extended Desk Left
• Mounting Bracket: Extended Desk Right
• Mounting Bracket: Keyboard
• Mounting Bracket: Pedals
• Mounting Bracket: Racing Seat
• Mounting Bracket: Speakers (dedicated Creative Stage 2.1)
• Mounting Bracket: Steering Wheel
• Mounting Bracket: VR Headset Headphones
• Power Connector Hub
• Racing Seat Adjustment
• Set Of Rods - Both Sides
• Set Of Wheels For Transport
• Racing Seat
• Upper Frame Floor With Attaching Points

Software

Even most advanced hardware is nothing without good software. Qubic Manager by Motion Systems company is a professional and specialized software for the platform and is click and play compatible with all major racing and flight titles on PC and constantly updated to support new applications as they are released. Gives user possibilities of motion adjustmens, motion post-processing, extensive diagnostic or easy and fast use of predefined profiles.

The Platform Manager is a powerful engine, yet it’s simple to use meaning you can adjust levels of motion, bumps, roll and pitch and more with a click of a button..

Few main features:

• Over 80+ already integrated and supported racing 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!