Mavic & Jtekt Revolutionize E-bikes with Ultra-Light, Powerful X-Tend Motor
Mavic, a renowned French cycling components brand, has joined forces with Jtekt, a Toyota Group company, to revolutionize the electric bike industry. The collaboration has resulted in the development of an innovative electric bike motor, X-Tend, set to hit the market in a few months.
Initially designed for road and gravel bikes, the Mavic X-Tend motor weighed around 3.2 kg. Through the partnership with Jtekt, a global leader in automotive systems, the final X-Tend motor has been significantly improved. It will weigh just 1.2 kg, have a diameter of 87 mm, and deliver up to 390 W of power with a torque of up to 50 Nm.
The automotive industry's competitive nature, with countries vying to lead in innovation, has driven this collaboration. Mavic sought a partner with experience in mechatronics or a major investor for mass production. Jtekt's expertise and backing have enabled Mavic to create a motor that could potentially transform the electric bike market. Interest from other bike brands has already been sparked, indicating the potential impact of this innovative drive system.
The first electric bikes featuring the new Mavic-Jtekt motor are expected to launch in a few months. Weighing less than half of the original X-Tend motor, this lighter, more powerful version promises to enhance the riding experience. The collaboration between Mavic and Jtekt has not only led to a significant improvement in the X-Tend motor but also opened doors for potential partnerships with other bike brands, further cementing France and Japan's commitment to innovation in the cycling industry.
Read also:
- Planned construction of enclosures within Görlitzer Park faces delays
- Controversy resurfaces following the elimination of diesel filter systems at Neckartor: A renewed conflict over the diesel restriction policy
- Foreign financial aid for German citizens residing abroad persists
- Following the fatal accident on Canal Street in Chinatown, New York City initiates long- desired safety enhancements.