Foto

Ola S1X, S1X+ e-scooters launched in India: Prices start at Rs 79,999

Ola Electric today launched the S1X and S1X+ electric scooters with an introductory base price of Rs 79,999 and Rs 99,999 (ex-showroom) in the Indian market. These introductory prices are valid till August 21, 2023, the electric vehicle maker said. Interested customers can book the Ola S1X and S1X+ starting today via the official website. Deliveries of the Ola S1X and S1X+ will begin in December.

Ola S1X Electric Scooter

Referred to as "ICE killer" by the company, the Ola S1X is available in two battery options: 2 kWh and 3 kWh. The former is priced at Rs 79,999 while the latter is priced at Rs 89,999 (ex-showroom, introductory prices). After August 21, the Ola S1X will cost Rs 89,999 and the price of the S1X will increase to Rs 99,999 (ex-showroom).

S1X+,S1X,Ola S1X+,Ola S1X,Ola Electric,ola,Electric scooters,e-scooters

Ola S1X + electric scooter

The Ola S1X+ is offered in a 3kWh battery pack and is launched at an introductory price of Rs 99,999. The electric scooter will be priced at Rs 1.09 lakh (ex-showroom) after August 21, 2023.

The 3 kWh battery offers a claimed range of 150 km. The Ola S1X+ has a top speed of 90 kmph and accelerates from 0 to 40 kmph in 3.3 seconds. It has a boot space of 34 liters. The Ola S1X and S1X+ are based on the Gen 2 platform, similar to the second generation Ola S1 Pro and S1 Air introduced at the Ola event.

2nd generation Ola S1 Pro is priced at Rs 1.47 lakh (ex-showroom). Bookings begin today and deliveries will begin in mid-September 2023.

Also Read: Servotech Power, UP govt collaborate to set up EV charger manufacturing plant at INR 300 cr investment

Advertisement
previous POST
foto
Servotech Power, UP govt collaborate to set up EV ...
NEXT POST
foto
How Machine Learning is accelerating the commercia...

Related Posts

foto
Hero 150cc Bikes: A Comprehensive Guide to Power a...
foto
Top Yamaha Bikes Under 70,000: Affordable Performa...
foto
The Most Powerful 200cc Bike in the World
foto
Understanding Two-Wheeler Batteries: A Comprehensi...