QUBIC SYSTEM QS-CH1 FULL MOTION SET

The QS-CH1 is an innovative training product designed for advanced simulation of various modes of transport. Its compact design based on the technology of linear actuators makes the driver move to the virtual world with the mapping of stimuli from the real world.

Electric actuators generate precise vibrations in real time and reproduce the finest details while driving – such as curves and obstacles on the racetrack. The lightweight and compact structure makes it easy to transport as well as service for multiple and variable installation.

QS-CH1 is a brand new, modular, and flexibly configurable training product dedicated for advanced land vehicles and city car driving simulation. QS-CH1 is a part of the Qubic System product’s series. By using a number of expansion accessories, including manipulators and dedicated peripherals, it is possible to quickly build a simulator for future drivers or vehicle operators. The motion system consists of 3 DOF platform with electric actuators that provide cues for vehicle acceleration, road curvature and obstacles such as sidewalks and potholes. QS-CH1 only needs a 1.5 square meter place, and it is ideal for applications where the key is to reproduce the ergonomics of the original vehicle within a compact and mobile form. Power cabinets are located in the lower part of the QS-CH1 motion platform, under the cockpit, which significantly reduces the usable space and improves safety.

The motion system QS-CH1 gives the possibility to fit and install various dashboards and steering wheels in the easy way. This product opened up new possibilities for driving schools, car manufacturers and people running R&D projects related to land vehicles.

QS-CH1 device is a modular, and configurable training product dedicated for advanced land vehicles and city car driving simulation. Users who already have a motion base (motion platform) can only use a floor with seat and steering wheel mounting brackets, which can be easily and quickly adapted to individual projects.