INTRODUCING

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PATENT-PENDING LINEAR ACTUATOR TECHNOLOGY

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QS L1 - Linear Actuator

QS-L1, the linear actuator technology developed by Motion Systems, is an integral component of the patent-pending QUBIC SYSTEM which allows us to  develop highly realistic motion platforms with detailed motion textures, velocity, suspension interaction feedback, engine vibrations, tactile feedback, haptic system and vehicle dynamics.

Innovative technology, modular and compact design, as well as quiet operation makes the QS-220-PL a perfect motion base not only for professional application but also for home users. A combination of QS-220-PL can easily be configured  to build 3 / 4 / 6 Degrees of Freedom (DoF) systems.

ForceSeatPM, our dedicated Platform Manager software allows users to create the most realistic simulation that immediately responds to onscreen situations for delivering real life experience in gaming or VR applications.

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QS SB2  - Control Module

The QS-SB2 Control Module drives one pair of QS-220 Linear Actuators and is responsible for the power distribution and communication to handle telemetry signal processing at low latency. It also sets the motion and vibration cues for each single actuator. and works with 115V as well as 230/240V power networks without any external adapters or voltage converters.

The Complete QS-220 PL System

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Technical Specifications of a Single QS-L1 Actuator

  • Architecture: 2 / 3 / 4 / 6 DOF (depending on user configuration)

  • Actuator stroke: 100mm | 3.93 in

  • Maximum velocity: 200mm/s

  • Maximum acceleration: ± 1 G

  • Frequency range (vibrations): 0-100 Hz

  • Payload: 140 kg | 309 lb

  • Product weight: 8 kg | 18 lb

  • Total length: 90 mm | 3.55 in

  • Total width: 90 mm | 3.55 in

  • Total height: 553-653 mm | 22-26 in

  • Cable length: 1150mm | 45.2 in

  • Power supply requirements: 115-230 VAC Single (for 230-250V) or phase-to-phase voltage (for 100-130V)

  • Max power consumption: 0.8 kW

  • Connection: USB, Ethernet, Single phase 110-240V

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Technical Specifications of a Single QS-L1 Actuator

  • Architecture: 2 / 3 / 4 / 6 DOF (depending on user configuration)

  • Actuator stroke: 100mm | 3.93 in

  • Maximum velocity: 200mm/s

  • Maximum acceleration: ± 1 G

  • Frequency range (vibrations): 0-100 Hz

  • Payload: 140 kg | 309 lb

  • Product weight: 8 kg | 18 lb

  • Total length: 90 mm | 3.55 in

  • Total width: 90 mm | 3.55 in

  • Total height: 553-653 mm | 22-26 in

  • Cable length: 1150mm | 45.2 in

  • Power supply requirements: 115-230 VAC Single (for 230-250V) or phase-to-phase voltage (for 100-130V)

  • Max power consumption: 0.8 kW

  • Connection: USB, Ethernet, Single phase 110-240V

QS-MCS Motion Controller Set

(Single unit required to control up to 3 sets of QS-220-PL)

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ForceSeat PM Control Software

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ForceSeatPM (platform manager) is a powerful but simple-to-use specialised software for managing the Qubic System platform and is "plug and play" compatible with all major racing & flight titles on a PC. It is constantly updated to support new applications as they are released. The user has full control of motion adjustments, motion post-processing, extensive diagnostic or easy and fast use of predefined profiles. ForceSeatPM software is free-of-charge with every Qubic System purchase.
  • 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 a huge impact on VR sickness compensation.

  • The motor control algorithm has been developed to be used strictly in simulation application. The positioning signal is analysed 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 in realtime. 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 for optimal performance.

  • Equipped with Tactile Audio Based Feedback System that can power external tactile transducers to generate additional effects on your cockpit.

  • Because ForcePM is developed in-house by Motion Systems,  any changes in control algorithm source code, introduction of new parameters and features are implemented instantly. Simple software updates can introduce new features to users immediately.

  • 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.

 

Turnkey Platforms Powered by Qubic System

 

Experience Motion Reality

You are welcome at our facility in Wembley to experience Motion Reality in action, we are open Monday. to Friday from 10am to 7pm.

Please fill out the form with your details and we will get in touch with you. Alternatively you can send us an email or just call us!

20 Osram Road, East Lane Business Park, Wembley, HA9 7NG,

England, United Kingdom

+44 20 89047946

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