The Stanford Solar Car Project (SSCP) began in 1989 as an entirely student-run, non-profit organization fueled by its members’ passion for environmentally-minded technology. The team designs, builds, tests, and races solar-powered vehicles as part of a global competition called the World Solar Challenge, a 2000-mile solar trek across the Australian Outback.
The project provides a unique opportunity for Stanford students to gain valuable hands-on engineering and business experience in raising community awareness of the power of solar energy and the increasing need for lighter, more aerodynamic, and more efficient vehicles. The team operates on a two-year project cycle that becomes more than another extracurricular activity. Students on the team balance their involvement with work and academics, but always remain dedicated to the collective effort of building one of the world’s most efficient vehicles.
Become a Sponsor
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SSCP is a unique promotional opportunity, providing a fusion of both education and exposure opportunities to a prospective sponsor.
World Solar Challenge
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Stanford builds vehicles to race in the grueling 2013 Bridgestone World Solar Challenge, a 3000-kilometer race across the Australian continent.
Solar Technology
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Sunlight only provides the power of a toaster, but the Stanford solar car can still race at highway speeds given its ultra-efficient design.
Automotive Research
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Stanford is home to a wide array of automotive research groups. Check out the Center for Automotive Research at Stanford and the REVS program at Stanford.
Wind Tunnel Testing
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The Stanford Team uses advanced aerodynamics CFD tools to design the car's aerobody. The team then uses NASCAR facilities to perfect the car's performance.
California Test Driving
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The Stanford team conducts thousands of miles of test driving throughout California. Keep an eye out for our car on a highway near you!
Carbon Composites
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The team uses a feather-light carbon fiber monocoque chassis and exterior shell. Students build the SSCP's custom carbon composites on campus at Stanford University
Electrical Systems
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The electrical systems of the car drive the vehicle and allow the team to monitor the car's performance.
Mechanical Design
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The car's mechanical systems allow the vehicle to safely cross the coarse Australian Outback highways.