Nissan Unveils New EV Motor, Slashing Rare-Earth Use by Over 90%

Nissan has developed a new electric vehicle motor for its Leaf model that reduces the use of rare-earth elements by over 90% compared to its 2010 version.

This innovation is a strategic response to geopolitical risks, particularly China's export controls, volatile rare-earth prices, and tightening EU regulations on material traceability.

By reducing dependence on these critical materials, Nissan can lower production costs, secure its supply chain, and gain a competitive advantage in an increasingly regulated global market.

Nissan has announced a significant technological leap forward for its electric vehicles, directly tackling some of the industry's biggest challenges.

The company revealed that its new electric motor, set to debut in the Leaf, slashes the use of rare-earth elements by over 90% compared to the original 2010 model. This isn't just a minor engineering tweak; it's a strategic move driven by a convergence of powerful global forces. The primary motivation stems from the need to de-risk its supply chain.

First, there's the geopolitical pressure. In 2025, China, the world's dominant supplier of rare earths, imposed strict export controls on these critical materials. This sent a shockwave through the automotive industry, creating operational bottlenecks. In fact, Nissan itself had to scale back Leaf production plans in July 2025 due to parts shortages directly linked to these new rules. This painful experience made reducing reliance on a single source a top priority.

Second, economic factors provided a strong incentive. Prices for key magnet metals like Neodymium (NdPr) surged in early 2026, making motors expensive to produce. Nissan's new design is estimated to save around $70 per motor. While that may seem small, it adds up to millions of dollars in savings across a large production run, directly improving the vehicle's bill of materials (BOM) and profitability.

Finally, regulatory tailwinds, especially from Europe, are rewarding this kind of innovation. The EU's Critical Raw Materials Act is introducing 'product passports' for components like permanent magnets, requiring detailed traceability. A motor with far fewer rare earths simplifies compliance, reduces paperwork, and lowers the risk associated with using controlled materials. This proactive step by Nissan shows it's not just reacting to past problems but also preparing for future rules, a move that could give it a serious competitive edge.

[Glossary]

Rare-Earth Elements (REEs): A group of 17 metallic elements crucial for producing strong magnets used in high-performance motors, like those in EVs.
Bill of Materials (BOM): A comprehensive list of the raw materials, components, and assemblies required to manufacture a product.
Permanent Magnet: A magnet that retains its magnetic properties without an external power source. In EVs, they are critical for motor efficiency.