Next Level Racing Motion Plus Platform - NLR-M007

Next Level Racing Motion Plus Platform

The Next Level Racing Motion Plus Platform is their first heave, pitch & roll motion platform that delivers the ultimate experience in adaptability and immersion. This market-leading technology enables you to experience emulated g-forces related to bumps, corners, vibrations, braking, and acceleration on your sim chassis. Built to be precise, the Motion Plus Platform performs 4000 microprocesses directly from the game every second, for the most accurate gameplay feedback while driving or in-flight. With the Next Level Racing Motion ecosystem in mind, the Motion Plus Platform can combine with NLR racing cockpits and the Motion V3 or Traction Plus platforms (sold separately) to create a realistic simulation experience.

The Full Experience
Focusing on movement of the chassis during the development phase, the Motion Plus Platform translates crucial simulation effects, like bumps, braking, acceleration, gear shifts, and road effects into accurate and precise movements felt by you in your cockpit. You will be able to roll into every corner with speed and precision, with up to 21 degrees/second of velocity roll, while braking and accelerating effects can be felt at up to 8 degrees/second to allow you to adapt and stay in control. Rather than industrial or adapted actuators, the Next Level Racing Motion Plus Platform uses advanced technology and manufacturing to provide realistic simulation. Through magnetic encoders attached to the motor shaft, the Motion Plus Platform is able to provide precise feedback from the gameplay to the hardware. This further provides cues to close the gap between real and virtual for an immersive experience.

Designed for Precision and Accuracy
This platform is built to provide chassis motion with precision and accuracy to complete your racing experience. The Motion Plus Platform provides a level of realism and immersion for motion to become a natural progression of the simulation journey. To close the gap between real and virtual, telemetry data from gameplay is transferred through the software and translated into precise and accurate movement in the hardware, with acceleration of up to 43.3" per second.