Cornell Racing (FSAE)

Cornell Racing, also known as Formula SAE (FSAE), is a student-led team at Cornell University that designs, manufactures, and builds a Formula One-style racecar. Established in 1986, the team engages in hands-on engineering projects, allowing students to apply their academic knowledge in real-world scenarios. The team participates in various competitions, showcasing their engineering skills and innovative designs.

You can support Cornell Racing through donations on their Giving Day campaign page. Contributions help fund the team's materials, tools, and travel expenses for competitions. Additionally, you can support the team by spreading the word about their initiatives, attending events, or following them on social media to stay updated on their progress and achievements.

Students involved in Cornell Racing gain a wide range of skills, including project management, teamwork, and technical expertise in areas such as mechanical engineering, electrical engineering, and computer science. They also develop problem-solving abilities, learn about vehicle dynamics, and gain experience in manufacturing processes, all of which are invaluable in their future careers in engineering and related fields.

Cornell Racing participates in various Formula SAE competitions held across North America and internationally. These competitions typically include events such as static presentations, dynamic events (like acceleration, skidpad, and endurance), and design evaluations. The team competes against other universities, showcasing their engineering design and performance capabilities.

Yes! Cornell Racing welcomes students from all disciplines to join the team. Whether you are studying engineering, business, or any other field, there are opportunities to contribute to the team’s success. Interested students can attend informational meetings, participate in workshops, and take part in hands-on projects. Check the team’s website or social media for announcements on recruitment events.

Cornell Racing utilizes a variety of advanced materials and technologies in their racecar design, including lightweight composites, aluminum alloys, and high-strength steel for structural components. The team also employs computer-aided design (CAD) software for modeling, simulation tools for performance analysis, and various manufacturing techniques such as 3D printing and CNC machining to create their racecars. This approach ensures that they remain competitive and innovative in their designs.