motorsports

Every Second Counts - in the Race and the Development

"Fast lap times and optimizing fuel economy are crucial in motorsports - goals that we reach by developing intelligent software and electronic components."

Implementing Complexity with Ease

The functionality in racing vehicles is continuously becoming more complex. This increases the number of electronic components in the vehicle as well as their communication with each other. With that in mind, every gram counts in motorsports - a challenge that we gladly accept. Conceptual weight-saving E/E architectures is one of our strengths, long with real-time communications.

Drive Rapid Development Cycles

Robust and reliable algorithms and electronic components – even under enormous time pressure, you can expect us to deliver. Using model-based methods and seamless, virtual environments, we provide new functions at an early stage of development – independent of the availability of real system components – without making any pit stops for test-specific adaptations. Checking the interaction between individual components before testing on the racetrack – especially for distributed functionalities such as hybrid or gear shift strategies – can be an enormous advantage.

Complying with Challenging Motorsports Regulations

The regulation of fuel and energy consumption poses new challenges for race teams. Now, in addition to engine performance and aerodynamics, efficient energy management systems and intelligent control strategies can be the deciding factor in bringing home a victory. With our experience in the development of energy recovery, battery management and hybrid systems (KERS, HERS), we can identify new pathway and drive concepts for you and help you efficiently implement them.


Our Services

System development (PEMS)

  • Lean Development Processes
  • Efficient Development Methods
  • Agile Project Management (e.g. Scrum)
  • Drive Train Control
  • Model-Based Software Development / Software Engineering
  • Technical Regulations
  • Balance of Performance
  • Track Support
  • Custom-Tailored Tool Development
  • Hybrid Systems
  • Battery Management Systems
  • Energy Recovery Systems (e.g. KERS, HERS)
  • Operating Strategies
  • On-Board Power Management
  • Driving Dynamics Control
  • Telematics / Telemetry
  • Diagnostics and Data Management
  • Performance Simulation and Performance Analysis
  • Integrated Simulation Environments for Early Verification and Validation - Based on Measured Data or Race Track Simulation

Range of Services Motorsports

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