First self-contained engineering-class driving simulator capable of validating the latest automotive megatrends unveiled

A new compact and self-contained cube simulator, powerful enough to validate driver assistance and autonomous technologies in today’s vehicles, has been unveiled by Ansible Motion Limited.

Thanks to its compact footprint and sophisticated computational architecture, the new Theta C driving simulator offers OEMs, Tier 1s, research institutes and industry bodies a more immersive and car-like, environment than is currently available from other compact simulators. It also avoids the complexity and facility challenges typically associated with automotive test equipment of this accuracy and calibre.

Ansible Motion’s principle of clean-sheet design and innovation has fueled the introduction of the most immersive environment ever for a compact Driver-in-the-Loop (DIL) simulator, whilst making the practical operation much easier. The key engineering class componentry required for human immersion is presented with meticulous attention to detail inside an approximately 2m x 2m x 2m cube. The Theta C brings a higher quality of simulation to those who have been restricted by space or cost. It incorporates a panoramic projection system, detailed vehicle interior, Ansible Motion’s renowned immersion technologies for driver touch points, active steering torque and seat loading systems, foot pedal and gear select emulation, along with a surround sound audio system. Its integrated form and internal sound isolation mean it can be used in standard office spaces.

Ansible Motion began production of the Theta C driving simulator after favourable responses were received from its initial exhibit at the JSAE 2019 Congress in Yokohama, Japan, in May 2019. The first production units will be delivered to customers in Q4 2019.

Theta C is part of Ansible Motion’s driving simulator range, which includes the flagship Delta dynamic simulator. The same computing and software architecture is used throughout, allowing simulation programmes to be scaled between the different simulators.