In a landmark achievement for India’s electric motorcycle industry, an Ultraviolette F77 owner has completed 100,000 kilometres on his electric machine in just 17 months, demonstrating real-world durability and battery longevity. According to Ultraviolette Automotive, the F77’s battery has retained 96% of its health even after extensive use, reinforcing confidence in EV performance and engineering.
The rider identified as Harish Surampade put the F77 through rigorous conditions across city roads, highways and challenging terrains, clocking high mileage consistently over the last year and a half. The milestone is seen as a significant validation of EV reliability, dispelling longstanding doubts about battery degradation in electric two-wheelers.
Ultraviolette said the F77’s advanced battery architecture, featuring high-energy density cells and precision thermal management systems, helped achieve minimal degradation despite frequent fast charging and long-distance touring. Maintaining 96% health after such extensive usage is rare in Indian EV conditions and sets a strong benchmark for competitors.
Beyond durability, the achievement also highlights economic benefits for EV owners. Ultraviolette estimates that Harish saved approximately ₹4,59,009 on fuel costs over the 17-month period compared to running a petrol-engine equivalent, illustrating the long-term cost advantage of electric mobility.
Co-founder and CEO Narayan Subramaniam described the feat as a defining moment for electric touring in India, adding that the F77 was designed to challenge the notion that long-distance electric travel is impractical. He said the 1 lakh km run across varied conditions proves that EVs can now confidently serve riders who travel far and wide.
Ultraviolette is expanding both its domestic presence and global footprint, and this endurance accomplishment is expected to strengthen consumer trust as well as industry perception of premium Indian EVs. The company believes such real-world validations will accelerate EV adoption in mainstream and performance segments alike.
