China's Rare Earth Curbs Disrupt Global Auto Production
2/10/2026 | China | United States | Australia | Africa | Canada | Japan & South Korea
China's tightened export controls on rare earth elements in late 2025 and early 2026 have halted production at major automakers like Honda and Toyota, exposing vulnerabilities in EV and hybrid motor supply chains while spurring recycling and rare-earth-free innovations.
The automotive world entered 2026 with a jolt as China's Ministry of Commerce imposed stricter export controls on rare earth elements, culminating in a January ban on dual-use items to Japan. These materials, particularly neodymium and praseodymium, form the core of powerful NdFeB magnets essential for electric vehicle (EV) and hybrid electric vehicle (HEV) motors. China dominates with 70% of global mining and 90% of refining, making its restrictions a direct chokehold on production lines worldwide.
Honda and Toyota, giants in Japan's auto sector, felt the impact immediately. Honda paused factories in Japan and China due to magnet shortages, while Toyota slashed global production targets by hundreds of thousands of units. War rooms sprang up to scout alternatives like Australian sources, but substitution proved daunting amid ongoing US-China tensions, despite a brief November 2025 truce. This crisis underscores how rare earths power the high-efficiency traction motors that enable EVs and hybrids to deliver superior torque, range, and energy savings—without them, vehicles become bulkier and less competitive.
Hybrids emerged as unlikely winners in the used car market frenzy. Models like the Toyota Prius and Aqua saw surging demand in emerging markets such as Africa and Mongolia, where charging infrastructure lags, buoyed by Russia's sanction loopholes for mild hybrids. Conversely, used EVs like the Nissan Leaf depreciated due to battery replacement fears and falling new battery prices, highlighting divergent paths in electrification.
Recycling offers a glimmer of hope. Cyclic Materials raised $75 million in January 2026 to scale rare earth recovery from end-of-life EV motors, boasting 98% efficiency and lower carbon footprints than mining. Their US and Canadian facilities target magnet-grade outputs for powertrains, partnering with firms like VACUUMSCHMELZE to localize supply chains. Meanwhile, Tesla's rare-earth-free motor reveal promises a paradigm shift, claiming superior power and cost savings, potentially easing pressures as hybrids—now nearly half of Toyota's 2025 lineup—drive unrelenting magnet demand.