Odysse Electric Unveils Evoqis Lite, Priced at INR 1,18,000
The Evoqis Lite features a 60V battery, a top speed of 75 km/h, and a range of 90 km per charge.
Odysse Electric Vehicles has introduced the Evoqis Lite, positioned as India’s most affordable electric sports bike, with an ex-showroom price of INR 1,18,000. The Evoqis Lite is powered by a 60V battery, offering a top speed of 75 km/h and a range of 90 km on a single charge.
Commenting on the launch, Nemin Vora, Founder of Odysse Electric, stated, “With this launch, we’re making sporty rides more accessible than ever. It’s a perfect blend of performance and affordability, crafted for those who seek thrill without compromise and at the same time not harming the environment.”
The Evoqis Lite includes several features such as keyless ignition, multiple driving modes, a motor cut-off switch, an anti-theft lock, and a smart battery system. It is available in five color options: Cobalt Blue, Fire Red, Lime Green, Magna White, and Black.
Odysse Electric, founded in 2020, has expanded its electric vehicle portfolio to include scooters and motorcycles, targeting both personal and commercial use. The company offers models such as the Vader electric motorcycle, the Evoqis series, high-speed scooters like SNAP and HAWK Li, as well as low-speed commuter scooters E2Go and V2 Lite.
The company continues to focus on increasing accessibility for electric vehicles, aligning with its broader goal of promoting sustainable mobility in India.
RELATED ARTICLES
Zypp Electric Reports 50% Revenue Growth, Reaches ₹455 Crore in FY'25
The EV logistics platform completed 100 million deliveries while improving operational efficiency, positioning itself fo...
TVS Motor Company Reports Record Financial Performance for FY 2024-25
TVS Motor Company announced strong financial results with highest-ever revenue and profitability, driven by robust sales...
KPIT Teams Up with Mercedes-Benz India Research Unit for Software-Defined Vehicle Development
Technology partnership aims to accelerate innovation and market delivery of advanced automotive software systems while i...