The inaugural Toyota Global Simulation Summit, organized by Toyota Racing Development (TRD), took place earlier this year in Salisbury, North Carolina. The event brought together professionals from the motorsports industry and Toyota affiliates to explore the potential of simulation technology. The summit highlighted the role of driver-in-the-loop simulators in improving chassis designs for race cars and discussed how simulation can expedite the development of advanced mobility solutions for production vehicles.
Steve Wickham, TRD’s business development director, played a crucial role in organizing the summit. He recognized the need to connect simulation enthusiasts within Toyota and create a platform for knowledge exchange. Wickham’s efforts paid off as the event was attended by approximately 40 individuals in person and an equal number virtually, representing five countries and various Toyota affiliates.
The three-day summit consisted of presentations, open discussions, hands-on experience with TRD’s simulation capabilities, and a tour of Toyota’s high-tech facilities in North Carolina. The gathering provided an opportunity for attendees to share their challenges and learn from each other’s approaches.
Command Center — Here’s the business end to TRD’s driver-in-loop simulator.
Simulation technology combines hardware and software components to replicate driving experiences and test virtual vehicles. This technology is not only valuable for motorsports teams seeking to enhance race car performance but also holds immense potential for Toyota’s engineers in developing safer and more advanced production vehicles. It can aid in the development of autonomous driving systems and expedite the time from concept to finished product, resulting in cost reductions.
Taking It for a Spin — Vangelis Kokkevis, director of simulation for Woven Planet North America, takes a seat behind the wheel of TRD’s driver-in-loop simulator
Regarding future possibilities, Wickham envisions a significant transformation for Toyota. He believes that reducing reliance on physical prototypes and utilizing simulation technology could lead to substantial savings and faster time-to-market. The success of the inaugural summit has set a strong foundation for future collaborations and follow-up meetings.