Can a robotic race car outperform the instincts of a professional human driver?
In short: Chris Gerdes and his team at Stanford are building autonomous race cars capable of hitting 150 mph. By studying the brainwaves of professional drivers, they aim to merge robotic precision with human instinct to create vehicles that can navigate high-speed environments without accidents.
The research conducted at Stanford’s Dynamic Design Lab focuses on developing autonomous systems that maintain agility and precision at extreme speeds. While the team works on robotic cars that can reach 150 mph, they are also investigating the unique cognitive processes of professional racers. This dual approach seeks to understand how human intuition functions under pressure to improve the safety and performance of future self-driving technology.
The lab's projects include developing advanced emergency avoidance controllers and teaching vehicles, such as a driverless DeLorean, to handle complex maneuvers. These efforts represent a broader shift as autonomous vehicles move from controlled tracks to testing on public roads worldwide.
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Sources
- Summary by Intellect · source: The future race car -- 150mph, and no driver - Chris Gerdes
- Also: The future race car - 150mph, and no driver
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