Ultraviolette Gets Strong Response for Tesseract Electric Scooter, More Than 50,000 Bookings in 2 Weeks, Ola Electric

Electric two-wheeler maker Ultraviolette recently launched the Tessroad Electric Scooter. More than 50,000 bookings have been found for this electric scooter within two weeks. Tsseract has been made available in three battery back options of 3.5 kwh, 5 kwh and 6 kwh.

The design of this electric scooter is inspired by a combat helicopter. It has an apron with sharp lines and twin headlamp setup with DRL. The lines on its sides end on the tail lamp. It is available in four colors – desert sand, sonic pink, solar White and Stealth Black. This electric scooter has features such as 7-inch TFT touchscreen, built-in navigation and ride analytics. It has a 34 -liter storage space.

Tsseract has radar technology, collagen avoidance systems, lane change assistance and integrated dashakam to increase safety in the front and rear. The maximum range in the single charge of Tessroad is about 260 kilometers. Its electric motor gives power of 20 hp. This electric scooter can reach a speed of 0 to 80 kmph in just 2.9 seconds. Its maximum speed is 125 kmph. Along with this electric scooter, Ultraviolette also introduced its first dual-papaj electric motorcycle Shockwave. This electric motorcycle has a slim design. It has high-bold and vertically stacked headlamps with dual-pro-proceedctor LED lights. It has a handbare for better off-road handling. It is available in two paint options – Black with electric yellow and red with white.

“Tsseract has received a very good response. Bookings have been exceeding 50,000 in only two weeks,” the co-founder of Ultraviolette, Narayan Subramaniam said. For this, the bookings have exceeded 50,000. We are proud to see so much enthusiasm and support for this electric scooter. The company’s CTO, Niraj Rajmohan said, “This electric scooter is also exciting in running an efficient as well. For this, a large number of bookings have strengthened our belief that customers are ready for major changes in mobility.