Rare Earth Investment Risks: What Can Go Wrong

The main risks of investing in rare earths are price volatility, China's control of processing and export policy, delays and financing needs at new projects, substitution by rare-earth-free magnets, and thin trading in smaller stocks and funds. The table sets out each risk with the evidence behind it and where to read more.

Rare earth investment risks and the evidence
Risk What the evidence shows Read more
Price volatility USGS annual averages for neodymium oxide were $134/kg in 2022 and $56/kg in 2024, a fall of more than half; the 2025 estimate is $73/kg. Producer earnings and share prices swing with it. Price charts
China controls processing The IEA estimates that China accounts for around 90% of rare earth refining. New capacity outside China takes years to permit, build and ramp up. Separation and refining
Export controls and policy change China introduced export licensing for several medium and heavy rare earths in April 2025, and later measures have been suspended and reinstated. Rules can change on short notice, in either direction. Export controls timeline
Two-tier prices and ex-China oversupply Heavy rare earths cost several times more outside China, while Benchmark reported ex-China NdPr falling below $110/kg in 2026 on oversupply of light rare earths. A company's revenue depends on which tier it sells into. China vs ex-China prices
Project execution and financing Several Western separation plants are not planned to reach full output until 2027 or later, for example Iluka at Eneabba and Ucore in Louisiana. Delays, cost overruns and new share issues are common risks for developers. Due diligence checklist
Government support is contract-specific Price floors protect only the producers that hold them, for the volumes and terms in the contract. Arafura has a non-binding letter of support, not a floor. Price floors
Substitution BMW and Renault already build rare-earth-free motors, and Niron Magnetics expects its iron nitride magnet plant in Minnesota to start production in 2027. NdFeB still dominates, but substitution is a long-term risk to demand. Rare-earth-free magnets
Liquidity Rare earth funds are small: as of October 2026 REMX held $1.48 billion, and the other US-listed funds compared on this site held between about $3.7 million and $66.5 million. Smaller stocks can also trade thinly, with wide bid-ask spreads. Rare earth ETFs compared
Environmental and permitting Monazite and some other ores contain thorium and uranium, which end up in processing residues. Permitting, waste storage and public opposition can delay or stop projects. Environmental and ESG

Sources: USGS Mineral Commodity Summaries (prices); IEA (refining share); Benchmark Mineral Intelligence (ex-China prices); company filings and announcements (projects, floors, letters of support); Niron Magnetics and press reports (substitution); issuer websites (fund assets). Each linked page names its sources.

Managing Rare Earth Investment Risk

No approach removes these risks, but they can be sized and spread:

Rare Earth Investment Risks FAQ

What are the main risks of investing in rare earths?

The main risks of investing in rare earths are price volatility, China's control of processing and export policy, project delays and financing needs for new producers, substitution by rare-earth-free magnets and motors, and thin trading in smaller stocks and funds.

Are rare earth stocks volatile?

Yes. USGS annual averages for neodymium oxide fell from $134/kg in 2022 to $56/kg in 2024, and rare earth stock prices often move further than the underlying price. Size any position so that a fall of more than half would not derail your wider plans.

Does a price floor remove the risk of investing in a rare earth company?

No. A price floor protects against a fall in the price of the covered product, for the volumes and years in the contract. It does not cover production problems, cost overruns, share dilution or political change.

Could rare-earth-free magnets replace NdFeB?

Not soon, but it is a long-term risk. Some carmakers already use rare-earth-free motors, and iron nitride magnets are due in commercial volume from 2027, but NdFeB magnets still dominate EV and wind applications.