Bengaluru-based startup Vimag Labs has introduced a new magnet-free electric motor designed to reduce reliance on costly rare-earth materials in EV production. The technology, which uses copper coils, is currently undergoing pilot testing with vehicle manufacturers. Investors should note that the company is a private startup and is not the publicly traded Vimta Labs.
Bengaluru-based deep-tech startup Vimag Labs has announced the development of a magnet-free electric motor, a move intended to reduce the electric vehicle industry's dependence on rare-earth magnets. The technology, which the company calls the Virtual Magnet Synchronous Motor, replaces traditional permanent magnets with a system of copper coils and advanced power electronics. This design aims to provide efficiency and power density similar to existing permanent magnet motors while avoiding the supply chain risks associated with materials like neodymium, which are often concentrated in a few global markets.
Since its founding in late 2025, the company has focused on commercializing this technology. As of mid-2026, Vimag Labs has secured five patents for its motor architecture. The firm is currently in the commercial validation phase, conducting pilot programs with two-wheeler and passenger vehicle manufacturers to test the motor's performance in real-world conditions.
In early 2026, Vimag Labs completed a $5 million Series A funding round led by the venture capital firm Accel, with participation from investors including Chakra Growth Fund and Thinkuvate. This capital is intended to support the company’s manufacturing setup and further engineering development as it transitions from a research-focused startup to a commercial supplier.
For market participants, it is important to distinguish between this private entity and the publicly listed company Vimta Labs. Due to the similarity in names, there has been occasional confusion in market circles. Vimag Labs is a private company and its shares are not available for trading on the NSE or BSE.
Like many early-stage deep-tech companies, Vimag Labs faces several challenges. While the technology aims to solve a supply chain problem, it must still prove it can match the cost-effectiveness and reliability of established motors at a mass-production scale. Scaling manufacturing while maintaining consistent quality is a significant task for any new entrant. Additionally, the company competes in a space dominated by large, well-capitalized global incumbents who have been refining permanent magnet technology for decades. The success of this new motor will depend on the results of ongoing pilot programs and the company's ability to transition from prototype development to commercial manufacturing.