TVS Motor Company has taken a significant step towards launching its electric motorcycle, the eFX 3O, in India by patenting its design. The eFX 3O was first unveiled as a concept at the EICMA 2025 in Milan, and the patent images provide a detailed look at the bike’s design and hardware. The electric motorcycle features a sleek and modern design language, with sharp body panels and clean surfaces. The front of the bike is characterized by a rectangular headlamp and USD forks, while the large battery pack is partially exposed, suggesting a focus on functionality.
The eFX 3O has a sporty riding posture, with a low-set handlebar and a single-piece seat. The cockpit is minimalist, with a compact digital instrument cluster. The bike features a solid-style rear wheel and a belt drive setup, paired with a mid-mounted motor. The suspension system consists of USD forks at the front and a monoshock at the rear, with petal discs providing braking power at both ends.
Although TVS has not disclosed details about the powertrain and battery capacity, the eFX 3O is expected to be a premium, performance-focused electric motorcycle. It is likely to be positioned as an alternative to the Apache RTR 310, with an expected price range of Rs 2 lakh to Rs 3 lakh (ex-showroom). TVS could launch the production version of the eFX 3O in India in 2027, marking a significant entry into the electric two-wheeler market.
The patenting of the eFX 3O design suggests that TVS is committed to bringing this electric motorcycle to market. With its sleek design, sporty riding posture, and expected premium features, the eFX 3O has the potential to be a game-changer in the Indian electric two-wheeler market. As the market for electric vehicles continues to grow, TVS’s entry into this space could help the company stay competitive and appeal to a new generation of environmentally conscious consumers. Overall, the TVS eFX 3O is an exciting development in the Indian automotive industry, and its launch is eagerly anticipated by motorcycle enthusiasts and industry observers alike.