Looking down the road: Harnessing the benefits of driving simulator technology

Ansible Motion DIL simulators are built on proprietary technologies developed to support demanding vehicle development applications.

The underlying architecture is engineered to deliver:

High-fidelity, high-dynamics motion performance

Extensive integration and connectivity capabilities

Robust data capture

Modular, scalable, upgradeable architecture

Integration with Vehicle Development Workflows

Modern vehicle development programmes require interconnectivity across multiple disciplines, tools and environments.

All Ansible Motion DIL simulators are engineered for:

  • Integration with third-party HIL, SIL and physics modelling environments
  • Comprehensive data exchange capabilities

 

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Strategic Benefits of DIL simulation

DIL simulation enables vehicle manufacturers to:

Validate concepts earlier and more often in development cycles

Validate concepts earlier and more often in development cycles

Reduce risks and costs 

Reduce risks and costs

Improve engineering confidence

Improve engineering confidence

Reduce dependency on late-stage physical iterations

Reduce dependency on late-stage physical iterations

Enhance long-term development efficiency

Enhance long-term development efficiency

Introduce human evaluation and assessment into simulation spaces

Introduce human evaluation and assessment into simulation spaces

Achieve sustainability targets via reduced resource consumption 

Achieve sustainability targets via reduced resource consumption

Simulator Platforms

Industry-leading motion platforms engineered for validation confidence. From compact solutions to full-scale professional systems.

Delta Series

Greek Delta white Delta Series

Sigma Series

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Theta Series

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Trusted By Industry Leaders

“It takes only half a day to produce the computer model that tests a new configuration of the car. That speed lets us try out things like different aerodynamic arrangements, in a variety of conditions, before we start cutting steel and spending lots of money. We can test four suspension setups, with four drivers, on four tracks, in a single day.”
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Aaron Link
Lead Development Engineer, Chevrolet
“We’d drive the Mustang as it was set up and then change the bushings or spring rate, or tyre compounds. The simulator enabled us to quickly understand what that was doing to the ride and handling characteristics of the car. It really helped us to get the bones right before we got into physical prototypes.”
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Ron Heiser
Chief Programme Engineer Mach-E, Ford
“Our customers rely on virtual vehicle models to gain efficiency, improve performance and reduce cost during the vehicle development process. Investing in the Ansible Motion Theta C Driver-in-the-Loop simulator allows Michelin to satisfy the needs of our customers for reliable vehicle models by providing robust and accurate tire models.”
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Rajat Aggarwal
Tire Performance Expert, Michelin

17+

Years of engineering excellence

50+

Installations worldwide

15+

OEM and motorsport partnerships

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Whether you’re evaluating simulation for the first time or expanding an existing programme, we’ll help you assess what’s right for your needs.

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