Skip to main content

Bounce Infinity E1+ e-scooter prices slashed by Rs 24,000

The Bounce Infinity E1 is one of the only Indian e-scooters to use a swappable battery pack.

By Dinshaw Magol, Autocar India calendar 22 Feb 2024 Views icon6101 Views Share - Share to Facebook Share to Twitter Share to LinkedIn Share to Whatsapp
Bounce Infinity E1+ e-scooter prices slashed by Rs 24,000

Bounce Infinity has announced that its E1+ electric scooter will be available at Rs 89,999 (ex-showroom, India) till March 31. This is a significant price reduction from the earlier Rs 1.13 lakh, and this should help the company boost its sales. Since it began deliveries in April 2022, nearly two years ago, Bounce has only registered 8,570 units to date (VAHAN numbers as of the publishing of this article).

The Bounce Infinity E1 is one of the only Indian e-scooters to use a swappable battery pack. It is powered by a 2kWh lithium-ion battery that drives the 2.2kW hub-mounted motor and has a top speed of 65kph.

Even at its new price, the Bounce Infinity E1 is a significant Rs 10,000 more than the Ola S1 X with the same battery capacity, and is priced on par with the S1 X that gets the bigger 3kWh battery. The S1 X+, which is currently being offered at Rs 84,999 (till March 1) also undercuts the E1.

RELATED ARTICLES

Weekly News Wrap: Skoda-JSW Explore JV, Ultraviolette Plans ₹1,000-Crore Bet, BMW Eyes Top Spot

auther Autocar Professional Bureau calendar13 Sep 2026

The week saw a fresh India automotive partnership take shape, EV makers step up capacity, BMW sharpen its luxury-market ...

Why India Made the First Cut for Volvo's Biggest Engine Renewal in a Decade

auther Shahkar Abidi calendar13 Sep 2026

The Swedish truck maker will bring its all-new D13 diesel and G13 gas engines to India alongside Europe, Morocco and Tur...

Toyota, IVECO Partner Under EU Project To Develop Next-Gen Hydrogen Fuel Cell Trucks

auther Shruti Shiraguppi calendar13 Sep 2026

Toyota will supply the fuel cell system while IVECO leads vehicle development, integration and validation of the new hea...