We simulate vehicle dynamics and suspension behavior across variable road and off-road conditions, producing vibration, stress, and plastic strain results that drive design improvements before a physical prototype exists.

Using advanced 3D soil characterization and finite element modeling, we evaluate how tire designs perform across different soil types — supporting both commercial and military off-road vehicle programs.

Our Virtual Proving Ground platform tests vehicle mobility across simulated terrain types, reducing how much time and budget goes to physical proving ground testing.

We evaluate powertrain integration and mobility performance across platforms, supporting next-generation vehicle designs for military and commercial applications.

We use simulation to tune vehicle control systems against real-world operating conditions, so performance is validated before it's built.