April 24, 2026
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Ola Electric launches S1 X+ scooter with 320 km range, 4680 Bharat Cell battery

  • April 13, 2026
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Bengaluru-based electrical car maker Ola Electric has unveiled a brand new variant of its S1 scooter, aiming to carry longer-range electrical mobility to a wider market in India.

Ola Electric launches S1 X+ scooter with 320 km range, 4680 Bharat Cell battery


Bengaluru-based electrical car maker Ola Electric has unveiled a brand new variant of its S1 scooter, aiming to carry longer-range electrical mobility to a wider market in India.

The S1 X+ 5.2 kWh mannequin is priced at Rs 1,29,999 as an introductory provide legitimate till 15 April, 2026.

The corporate stated the launch marks a serious milestone in its efforts to scale high-performance EV expertise and make long-range electrical scooters extra accessible in India.

On the centre of the brand new scooter is the corporate’s in-house developed 4680 Bharat Cell battery, which is being launched to a extra reasonably priced section for the primary time.

“With S1 X+ 5.2 kWh, we’re taking our 4680 Bharat Cell to the mass market at scale. The identical expertise platform we constructed for our most superior merchandise is now powering a scooter designed for a lot wider EV adoption,” the corporate’s spokesperson stated.

The scooter is powered by an 11 kW mid-drive motor with an built-in motor management unit, providing 320 kms IDC vary on a single cost. It has a high pace of 125 km/h.

Security and management options embrace brake-by-wire expertise and a entrance disc brake system, which the corporate stated are designed to enhance braking efficiency in every day use.

“That is precisely what vertical integration permits – the flexibility to innovate deeply, scale rapidly, and produce our greatest expertise to increasingly more prospects, sooner,” the spokesperson added.

The S1 X+ joins Ola Electrical’s wider electrical two-wheeler portfolio, which incorporates its Gen 3 S1 scooter vary and Roadster motorbike lineup, supplied in a number of battery configurations throughout completely different fashions.