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Racing Without Borders

Accelerating Innovation Across Continents

Global Formula Racing (GFR) is an international Formula Student team formed by students from Oregon State University (OSU) and DHBW Ravensburg back in 2009. With a unique cross-continental setup, GFR builds two identical race cars each season, one in the USA and one in Germany. While this cross-continental setup adds an additional layer of complexity, the team has mastered the collaboration between both universities to achieve consistent performance and competitiveness.

In 2025, GFR built on its collaborative foundation, improving the reliability and synchronization of both vehicles through a unified testing strategy.

Accelerated Testing for a Faster Racecar

The Baseline real-time target machine is a core pillar of GFR’s development process. Deeply integrated into their control architecture, it enables rapid iteration directly from Simulink® models. “We can quickly set up a MATLAB or Simulink project and have it running on the car within few minutes,” explained Tom Russ, Head of E/E and Electric Powertrain. This capability enables fast updates during track sessions, avoiding lengthy delays between test runs. The responsiveness of Speedgoat systems directly translates into more productive test days and more reliable cars on race day.

Bridging Disciplines Across Continents

With team members from mechanical, electrical, and computer engineering, GFR depends on tools that make collaboration intuitive. Simulink’s model-based design, combined with Speedgoat real-time test systems, allows engineers with little coding experience to contribute effectively. “This lowers the barrier for cross-discipline collaboration and helps us onboard new members quickly,” Russ noted. Seamless knowledge transfer and clear documentation, strengthen GFR’s cross-continental teamwork.

Post-Race Workflow and Continuous Improvement

Even off-track, Speedgoat plays a crucial role. With dedicated Ethernet connectivity, the team can rapidly modify parameters and debug models back at the shop. FPGAs ensure deterministic real-time execution, avoiding performance bottlenecks as Simulink models grow more complex every season. “I see some of this in my classes, but it’s really exciting to use FPGAs on our car,” one GFR member shared. “This gives us the processing power and reliability we need as our vehicle control software becomes more advanced.”

Sponsoring

Speedgoat strongly believes in the benefits of project-based learning. We are proud to champion the next generation of engineers by equipping teams with real-time test systems, expert training, and hands-on technical support.

By using industry’s most seamless integration with MATLAB® and Simulink®—teams can rapidly prototype control designs and validate embedded controllers.

Learn more about our sponsoring projects

 

 

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