veDYNA supports the development of vehicle control systems from model-based design on the PC to tests in software-in-the-loop (SiL) and hardware-in-the-loop (HiL) environments.

• Component development and testing, e.g. of axle suspensions, tires or steering systems, in virtual and physical test rigs
• Function development and testing of vehicle control systems, such as torque vectoring, active chassis elements and distance controllers
• Stability and comfort investigations, e.g. for the comparison of different axle concepts in passenger cars, trucks or racing cars
• Conceptual studies and optimizations, such as computationally extensive variant calculations and parameter estimation
• Virtual test drives in the driving simulator
• Integration tests in laboratory vehicles
• Function development and testing of driver assistance systems