Ansible Motion is the market leader in dynamic DIL simulation, delivering turn-key simulation ecosystems with unmatched design integrity, performance capabilities and full sensory experiences for virtual test drive participants. The world’s leading automotive manufacturers rely on Ansible Motion to provide solutions that work, across multiple use cases and applications.
Our automotive engineering experience and first principles approach informs all our products, as does our underlying determination to deliver DIL simulators that serve as useful vehicle development tools.
Drive the future – today. Ansible Motion driving simulators provide a direct pathway for people to experience and interact with real and imagined automotive systems.
When virtual test drives are high-quality, immersive and realistic from a participant’s perspective, they can inform any number of key vehicle development areas. All our products are designed to power possibilities.
We invite you to explore some of the common and custom applications and use cases where Ansible Motion simulators stand out in terms of performance and realism.
Unlike many driving simulator providers, Ansible Motion is independent, neutral and always happy to integrate with customer-preferred tools. This is in keeping with our philosophy of providing solutions that make our customers’ work easier rather than more complex.
This non-disruptive approach to driving simulator integration is largely made possible by our AML DDB® real-time computing architecture environment, which is truly modular and open. Customers can continue to use their preferred hardware and software, with Ansible Motion providing all required integration.
How can Ansible Motion help bring Driver-in-the-Loop to you?
Driver-in-the-Loop (DIL) simulation allows real people to participate in virtual test drives so they can safely and efficiently evaluate tomorrow's vehicles today.
Virtual test drives for any vehicle can be conducted in controllable and repeatable environments that can include vehicle attributes, infrastructure, weather, traffic, etc. DIL simulators are an inherently safe and sustainable environment for accumulating miles, assessing limit performance, testing fail-safe modes and exploring edge cases for AI and machine learning.
