Modal Motors is trying to cut China out of electric motors entirely

Modal Motors is developing rare-earth-magnet-free electric motors for drones, fans, blowers and actuators, aiming to reduce U.S. manufacturers' dependence on China-dominated rare-earth supply chains. Founder Michael Van Steenburg argues domestic rare-earth magnet capacity remains years from being able to replace Chinese supply, making alternative motor designs increasingly urgent. The early-stage startup will present its products at TechCrunch Disrupt's Startup Battlefield 200 next month.

Analysis

The investable implication is not a near-term standalone motor opportunity; it is a procurement-risk premium for non-Chinese motion-control architectures. Defense drones, industrial automation and HVAC are likely to value qualified magnet-free designs more highly than consumer EVs, where incumbent permanent-magnet motors retain meaningful efficiency, scale and cost advantages. That favors companies with existing qualification channels and systems integration—RTX, AVAV, KTOS, HON, ROK and EMR—over unproven component startups.

Over the next 1-3 months, China-related export-control headlines could create episodic upside in MP and rare-earth/magnet-exposed peers, but this startup does not validate a demand collapse for rare earths. A commercially viable magnet-free motor would instead cap the long-duration strategic scarcity premium by creating substitution risk; the key variable is whether it can meet torque-density, thermal-management, reliability and unit-cost requirements after customer testing. Broad adoption is a 6-18+ month issue at minimum because aerospace and industrial qualification cycles, not prototype claims, determine revenue.

The contrarian point is that reshoring motors can increase, rather than reduce, China exposure unless the controller, power electronics, copper supply and manufacturing equipment stack are also localized. Magnet-free designs may shift dependency toward electrical steel, copper and advanced controls; copper-price upside and grid/industrial-electrification demand could therefore be a more durable second-order beneficiary than a narrow rare-earth short. Treat this as a watch item until named customers, test data, production capacity and cost-per-kW are independently disclosed.

Key Decisions for Investors

• No direct private-market action: set an event-driven diligence alert around customer pilots, defense awards, third-party efficiency testing and disclosed production economics; do not infer public-equity earnings impact from prototype-stage claims.
• Maintain a tactical, not structural, bias to MP on renewed rare-earth export-control risk over days to 3 months; trim if pricing/export disruption fails to translate into contract repricing or volume guidance within the next earnings cycle.
• For a 6-18 month supply-chain hedge, prefer a basket long FCX/SCCO versus a limited short exposure to rare-earth beneficiaries only after verified magnet-free adoption; the thesis is copper and control-system intensity rises while rare-earth demand certainty falls. Falsifier: motor efficiency or torque density proves materially inferior in independent testing, preserving permanent-magnet dominance.
• Favor established automation and aerospace integrators—ROK, HON and AVAV—on weakness rather than pure-play motor narratives: they can monetize qualified domestic sourcing through pricing, service and system content even if any individual motor architecture fails.