Simple Energy has released the One Gen 1.5 electric scooter with the highest IDC range of 248 km, followed by Ola's S1 Pro ...

The Ola S1 X is the entry-level range of scooters and the S1 X is available in three variants based on the battery pack on offer. Prices for the new Ola S1 X start at Rs 79,999. The three variants ...

Like the Ola Electric scooters, the Roadster X carries a futuristic design with a minimalist theme and edgy panels. The battery pack is housed underneath the faux fuel tank which gets some storage ...

The Ola Roadster X 2.5kWh variant is priced at Rs 74,999 (ex-showroom, introductory). As the name suggests, it gets a 2.5kWh battery pack which returns a claimed range of 140km on a full state of ...

The Ola S1 X+ is powered by a 4kWh battery pack and an 11kW mid-drive motor, allowing it to reach: With these upgrades, Ola aims to enhance the user experience and bring new levels of intelligence ...

Ola S1 Pro+ is available in two different battery pack choices, which are 4 kWh and 5.3 kWh units. Depending on the size of ...

Included is the upcoming MoveOS 5 beta with new smart features, and customers have the option to extend the battery warranty. Ola Gen-3 e-scooters launched, priced from Rs 79,999. Ola Electric has ...

the new Pro+ variant with the 5.3kWh battery pack uses indigenously developed Bharat cell. This new cell is a lot more energy dense than the ones that are already used on other Ola scooters.

There can't be a better time to join the revolution." Ola Roadster X has three battery variants- 2.5 kWh, 3.5 kWh, and 4.5 kWh, that generate a peak power output of 9.38 HP. The 2.5 kWh battery ...

EV maker Ola Electric has launched its S1 Gen 3 portfolio ... Meanwhile, the S1 Pro comes in two battery options: 4kWh, priced at ₹1,34,999, and 3kWh, available for ₹1,14,999.

Founded in 2017, Ola Electric is a pure-play electric vehicle player that primarily manufactures electric vehicles and certain core components for electric vehicles such as battery packs ...

Ola’s proprietary MCU enhances efficiency and extends battery life. The brake-by-wire system intelligently switches between mechanical and regenerative braking based on real-time analysis.