YouTuber buys stripped Tesla Model 3 ‘go-kart’ for $2,000 — it still has 212-mile range

A YouTuber has acquired a heavily stripped-down Tesla Model 3 for just $2,000, transforming it into a minimalist “go-kart” while retaining an impressive electric range. Despite the vehicle’s skeletal appearance and significant removal of non-essential components, the battery and drivetrain remain intact, allowing the car to maintain a range of approximately 212 miles. This unusual project highlights the robust engineering of Tesla’s electric powertrain and battery technology, which can continue to perform effectively even in a drastically altered chassis. The stripped Model 3 lacks many of the typical features found in standard vehicles, including body panels, interior fittings, and safety equipment, giving it a raw, bare-bones aesthetic akin to a high-performance go-kart. The YouTuber’s experiment demonstrates the potential for electric vehicles to be repurposed creatively, showcasing how the core electric components can be separated from the conventional car structure without compromising range or functionality. This approach also provides insight into the modular nature of Tesla’s design, where the battery pack and motors operate independently from the car’s outer shell. Reactions from the electric vehicle community and enthusiasts have been largely positive, with many praising the ingenuity and technical skill involved in the project. The experiment has sparked discussions about the future of EV modifications and the possibilities for lightweight, stripped-down electric vehicles designed for specific uses such as track days or urban commuting. It also raises questions about safety and regulatory considerations when vehicles are altered to such an extent. Looking ahead, this project could inspire further innovations in electric vehicle customisation, encouraging hobbyists and professionals alike to explore new configurations that maximise efficiency and performance. While the stripped Model 3 is not road-legal in its current form, the demonstration of its retained range and powertrain resilience may influence future designs of lightweight electric vehicles or specialised transport solutions. The experiment underscores the versatility of electric drivetrains and the potential for creative adaptation beyond traditional car formats.