When the University of Michigan’s Solar Car Team embarked on their latest project for the 2023 World Solar Challenge in Australia, they faced a significant challenge: creating high-quality, precise composite molds for their cutting-edge solar vehicle. Nate Gustafson, the Crew Chief and Manufacturing Director, knew exactly where to turn for this critical component—Prestige Tooling.

The solar car team needed top-tier composite molds to fabricate the carbon fiber parts essential for their innovative solar car. Recognizing the complexity and importance of the project, we at Prestige Tooling eagerly accepted the challenge.

Collaboration and Innovation

In a collaborative effort with FORD, who CNC’d the patterns, Prestige Tooling stepped in to create the production tooling required for the carbon fiber components. The precision and durability of our composite molds were crucial in ensuring that the solar car’s parts were not only lightweight but also resilient and aerodynamic.

Our team worked closely with Nate and his crew, understanding their specific requirements and delivering molds that met the exacting standards of the University of Michigan Solar Car Team. The process involved meticulous planning, advanced engineering, and a commitment to excellence—hallmarks of Prestige Tooling’s approach to every project.

Beyond just providing composite molds, Prestige Tooling was proud to be a Silver Sponsor of the University of Michigan Solar Car Team. Our logo prominently featured on the team’s website and the car itself, symbolizing our support and partnership in this groundbreaking endeavor. This sponsorship underscored our dedication to advancing innovative engineering projects and fostering the next generation of engineers and designers.

Racing Towards Success in Australia

The culmination of our collaborative efforts was put to the test during the 2023 World Solar Challenge in Australia. This grueling race, known for its challenging conditions and rigorous demands, saw teams from around the world compete in a journey across the Australian outback. The University of Michigan’s solar car, equipped with parts produced from our composite molds, performed admirably in this intense competition.

The team’s performance was a testament to the quality and precision of the molds we provided. Every curve and aerodynamic feature of the car was shaped by the expertise and craftsmanship that Prestige Tooling is known for. While the race itself was demanding, the University of Michigan Solar Car Team showcased resilience and innovation, finishing the competition 4th out of 43 teams. 

 

 

Looking Ahead

Our partnership with the University of Michigan Solar Car Team is a shining example of what can be achieved when innovation meets precision engineering. At Prestige Tooling, we are committed to continuing our support for projects that push the boundaries of technology and sustainability.

Explore more about our work and how our composite molds can drive your projects forward by visiting our website. Join us in supporting the future of engineering excellence. Reach out to Prestige Tooling today and discover how we can help you achieve your goals.