A team of college students at the University of Warwick in Coventry, United Kingdom, is working on the Waste2Race project to develop a hydrogen-powered car fueled by sewage and built using recycled parts. Led by Warwick Manufacturing Group (WMG) in collaboration with Wastewater Fuels, the team aims to set new land speed records with their innovative creation. The car, constructed from spare and unwanted parts originally destined for disposal, features a supercharged V6 engine that has been modified to run on hydrogen with bespoke injectors. Notable components include a wing mirror made from beetroot waste, a biosourced steering wheel, and a recycled battery sourced from a crashed vehicle. The project showcases the potential for high performance and sustainability to coexist in the automotive industry. The Waste2Race prototype car, built by Ginetta Automobiles using repurposed waste materials, is an eco-friendly racing vehicle that highlights the importance of sustainability in manufacturing. The initiative repurposes waste streams to create a competitive racing car, showcasing innovative applications of sustainable resources. Additionally, the project focuses on wastewater as a critical aspect of a future net-zero economy, with technology like Microbial Electrolysis Cells (MECs) being utilized to produce hydrogen gas and treated water from organic waste. As the automotive industry increasingly explores hydrogen as a fuel source, the Waste2Race project stands out for its emphasis on sustainability and environmental consciousness. Collaborations between engineers, students, and industry partners are driving the development of a hydrogen-powered vehicle with a sustainable powertrain. The use of recycled magnets in Protean hub motors and energy recovery systems further underscore the project's commitment to eco-friendly practices. By engaging university students in hands-on experience with innovative technologies, the project aims to nurture future talent in sustainable automotive engineering. With a target completion date of 2025, the Waste2Race team envisions their project as a showcase of sustainable ideas emerging from academia and business. Life Cycle Assessment studies will ensure that the vehicle not only achieves speed records but also excels in sustainability goals. The collaborative effort between academia, businesses, and researchers exemplifies a commitment to pushing boundaries and embracing sustainable innovation in the automotive sector.