Ola Electric Becomes First Indian OEM to Get Approval for Ferrite Motor

Ola Electric's certification of its ferrite motor marks a significant step toward technological self-reliance in India's EV market. By developing indigenous technologies, the company reduces dependence on foreign imports, particularly rare-earth materials, which are often subject to supply chain disruptions. This move not only enhances local manufacturing capabilities but also encourages other companies to innovate, potentially leading to a more robust and self-sufficient EV ecosystem in India.

The Roadster X series distinguishes itself through advanced features such as a mid-mounted motor, chain drive, and the use of flat cable architecture, which improves weight distribution and thermal management. Additionally, it offers multiple battery options and riding modes, enhancing performance and customization. The integration of a brake-by-wire system and MoveOS 5 software further positions it as a more technologically advanced product compared to earlier scooter models in the S1 portfolio.

Ola Electric's certification under the PLI Scheme is expected to provide substantial financial incentives ranging from 13% to 18% of the determined sales value until 2028. This support can enhance profitability and encourage further investments in manufacturing and innovation. The company anticipates that these benefits will significantly contribute to its overall financial performance and help solidify its position in the competitive EV market.

Ola Electric is focusing on the in-house production of Bharat 4680 cells, which are expected to be utilized in their vehicles starting in the second quarter of FY26. This development is part of their broader strategy to achieve vertical integration in battery production, improving cost efficiency and supply chain reliability. The company is also exploring dry coating technology for battery cells, which could enhance performance and longevity.

Numeros Motors has partnered with IIT Bhubaneswar to research and develop motor technologies that do not rely on rare earth elements. This two-year collaboration aims to innovate alternative motor designs using more accessible materials, which would reduce India's dependence on imported rare earths. Such initiatives align with the country's goals for sustainable and locally manufactured electric vehicle components.