A university student from Australia has designed an innovative electric motor capable of transforming conventional gasoline and diesel vehicles into hybrid cars.

Title: Australian Student Invents Revolutionary Electric Motor for Retrofitting Petrol and Diesel Cars


A 21-year-old university student from Melbourne, Alexander Burton, has recently won a prestigious award for his groundbreaking invention – a plug-and-play electric motor that has the potential to turn any petrol or diesel car into a hybrid. Named the Rapid Electric Vehicle Retrofit (REVR), this innovative device has already garnered significant attention for its potential to reduce emissions and save fuel. This article will delve into the details of this invention, its functionality, and the future prospects of commercialization.

The REVR Kit: A Game-Changing Invention

The REVR kit represents a significant breakthrough in sustainable automotive technology. Unlike traditional plug-in hybrid vehicles that utilize electric motors on the front and rear axles, Burton’s innovation involves an axial flux motor that can be easily installed around the brake disc of any vehicle. Controlled by a sensor on the accelerator pedal, the electric motor draws power from a rechargeable battery that can be conveniently mounted in the spare wheel well.

Impressive Range and Performance

One of the most remarkable features of the REVR kit is its potential electric driving range. Burton boldly claims that a vehicle equipped with his invention could travel up to 150km solely on electric power. To put this into perspective, the Mitsubishi Outlander PHEV, a renowned plug-in hybrid, offers an electric-only range of 84km. If proven true, Burton’s invention could revolutionize eco-friendly transportation by extending the boundaries of electric mobility.

From Passion Project to International Recognition

Burton’s invention began as a personal endeavor to reduce fuel consumption and emissions in his own 20-year-old Toyota Corolla. However, his dedication and ingenuity have gained him significant recognition in the field of design and engineering. When he discovered the James Dyson award, Burton realized the potential to elevate his invention to international acclaim. The REVR kit recently emerged as the Australian winner of the competition, securing Burton $8,800 in prize money, which he intends to utilize in developing a fully functional kit.

Path to Commercialization

With aspirations to make the REVR kit accessible to a wider market, Burton aims to commercialize his invention. The design will be submitted for consideration in the International James Dyson Prize, with shortlisted inventions due to be announced on 18 October and the winner announced on 15 November. If successful, this recognition could provide the necessary exposure to attract potential investors and manufacturers interested in bringing Burton’s invention to market.

Final Thoughts and Future Outlook

Alexander Burton’s REVR kit represents a significant advancement in sustainable transportation technology. By offering a plug-and-play electric motor that can be retrofitted into any petrol or diesel car, Burton’s invention has the potential to significantly reduce emissions and save fuel. The recognition received through the James Dyson award and the forthcoming International James Dyson Prize shortlisting provide a platform for Burton to showcase his invention to a global audience, creating possibilities for future partnerships and funding opportunities.

As the world continues to prioritize sustainable practices and reduce the environmental impact of transportation, innovations like the REVR kit offer hope for a greener future. With the necessary support and investment, Alexander Burton’s invention may soon contribute to a widespread transformation of conventional cars into more efficient and environmentally friendly hybrids.

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