The QS-CH2 provides the most precise traction loss feeling by moving the entire cockpit. The motion system is based on the world’s fastest linear actuator’s technology, which delivers an incredible level of instant feedback to the driver. This motion platform is suitable for Rally, Drift and any racing simulations. By providing the oversteering effect, the platform can be used effectively for real and sim racing drivers training making them feel what happens to the front and the rear of the vehicle.

QS-CH2 platform has been designed to provide the most immerse traction loss feeling as it gets to teach them positive reactions and earn muscle memory needed to keep the vehicle on the best possible racing line. Drivers must fully control the slip of the front and rear wheels on their vehicles. They want to master the balance between total loss of grip and smooth corner entry.

QS-CH2 traction loss + surge platform is a single part of the entire rig. The QS-CH2 traction loss motion platform may not seem like a necessity, but racers who try the traction loss and get used to it find it hard to go back.

• Over braking  is when you brake too hard, and your wheels end up locking. The traction loss platform moves the rig to simulate backward g-force on driver’s body.
• Over steering is when the back-end of the virtual vehicle ends up slipping because you turned your steering too hard. The traction loss simulator moves the cockpit to the side with respect to the oversteering direction. During over-steering, the back-end of your vehicle is what primarily slips.
• Over accelerating is when driver press the throttle too hard, too quickly, causing them to spin in their position. The traction loss platform moves the cockpit backwards to simulate g-force forwards on driver’s body.

QS-CH2 allows you to easily expand the capabilities of cockpits by adding SURGE and YAW movements. By introducing technology with the QS-220, you can achieve extraordinary precision and smooth movements. MotionSystems engineers also took care to reduce noise, which often interferes with perfect imersion with the movement platform.

The QS-CH2 adds an additional two axes of freedom to the movement. The high dynamic range of motion in the SURGE axis combined with the wide range of motion in the YAW axis enhances the experience and provides an extremely realistic user experience.