Ask most investors what they know about rare earth metals and, in mid 2026, you will likely get some version of some version of the following:

• China controls them
• They are in everything from electric vehicles to fighter jets
• Western governments are trying to fix the problem

All of that is true. What tends to get skipped is the harder question:

Why is government involvement necessary in the first place, and what does that involvement actually look like?

The answers matter enormously, because not all government activity in this space is the same. A loan guarantee is a different animal from an equity stake. A permitting fast-track is different from a 10-year offtake contract. Understanding the instrument is the beginning of understanding the investment.

The Structural Problem: Profit Lives Downstream

The first thing to understand about rare earth economics is that the money is not in the ground. Mining and early-stage processing of rare earth elements, which means such activities as separating the ore and producing oxide concentrates, have been structurally unprofitable for Western companies for decades. The reason is not geological but competitive.

China's state-owned rare earth enterprises have operated for years at prices designed to suppress competition rather than generate returns, a strategy documented by the House Select Committee on the Chinese Communist Party (CCP) and made concrete by the bankruptcy of Molycorp in 2015, which followed directly from China dropping prices in response to Western investment activity attracted by temporarily higher prices.¹

Price discipline imposed from above effectively killed Western competitors one by one, leaving China with roughly 91% of global separation capacity by the time the strategic implications became undeniable.²

Travel downstream, however, and the economics change entirely. A neodymium-iron-boron permanent magnet, which is the kind that goes into the motor of an F-35, a wind turbine generator, or an EV drivetrain, commands a price that reflects its criticality, not its commodity inputs. More importantly, the buyers at that end of the chain frequently do not optimize on price at all. A defense prime contractor building guidance systems for the U.S. military does not haggle over the rare earth content. The Department of Defense does not run a procurement auction for the magnet in a submarine's sonar array. What those buyers care about is qualified supply, supply chain security, and the assurance that the material will be available in volume when they need it, regardless of what Beijing decides to do with export controls on any given Tuesday.

This is the structural truth that makes government involvement not just plausible but logical, as the supply chain that produces these materials cannot be built or sustained on mining economics alone. The margin is too thin and the geopolitical competition too asymmetric. Without intervention at multiple points along the value chain, which means not merely at the mine, but at separation, alloying, magnet manufacturing, and the demand side, the economics do not close. This is why governments entered the rare earth business. It is not a distortion of the market. In important ways, it is the market.

Five Ways Government Shows Up

Once you accept that government involvement is structural rather than incidental, the next step is to distinguish between the forms it takes. The policy landscape looks like a single blob from a distance, but up close it resolves into at least five distinct instruments, each with different implications for a company's risk profile and investment case.

1. Equity and Quasi-Equity Stakes

The most consequential, and most unusual, form of government involvement is direct equity ownership. The U.S. Department of Defense's arrangement with MP Materials is the clearest example in the rare earth space. The DoD has positioned itself as one of the company's largest strategic shareholders through a $400 million convertible preferred equity investment and warrants to purchase up to approximately 11.2 million additional shares, representing approximately 15% of outstanding common stock on a fully converted and exercised basis, alongside a direct $150 million loan, a 10-year magnet offtake agreement, and a neodymium-praseodymium (NdPr) price floor of $110 per kilogram.³

This is no longer industrial policy in any traditional sense. It is the federal government functioning as a strategic capital partner, backstopping the economics of a mine-to-magnet supply chain that it has decided must exist domestically regardless of what market pricing would otherwise dictate. USA Rare Earth completed definitive agreements with the Department of Commerce's CHIPS Program in June 2026, receiving up to $277 million in direct federal funding alongside a $1.3 billion senior secured loan facility, with the Department of Commerce receiving 16.1 million shares and approximately 17.6 million warrants as part of the arrangement. The State of Texas had separately awarded the company a $14.2 million grant from the Texas Semiconductor Innovation Fund in May 2026 for its Round Top Mountain heavy rare earth project.⁴

2. Loans and Public Project Finance

Across multiple allied jurisdictions, the more common instrument is long-duration public lending.

• The Australian Government's Critical Minerals Facility, administered by Export Finance Australia, has committed A$1.65 billion in non-recourse project finance to support Iluka Resources' Eneabba rare earth refinery, A$1.25 billion originally approved in 2022, with an additional A$400 million committed in December 2024 after capital costs rose, a flagship midstream project that would struggle to attract conventional bank debt at comparable terms.⁵
• Energy Fuels received a conditional $725 million loan commitment from the U.S. Office of Strategic Capital to expand rare earth processing capabilities at its existing White Mesa Mill in Utah and to fund a new rare earth metals and alloy facility to be constructed elsewhere in the United States, a midstream bottleneck story rather than a conventional mining story.⁶
• The European Investment Bank committed €250 million to Vulcan Energy's Lionheart lithium and geothermal project in Germany's Upper Rhine Valley, one component of a broader package that also includes €204 million in German federal government grants and a €150 million KfW equity investment through Germany's Raw Materials Fund, making Vulcan arguably the clearest European example of debt, grants, and equity being deployed simultaneously by public institutions toward a single critical minerals project.⁷

In each case, the logic is the same: these are long-duration, capital-intensive projects with payback periods that commercial lenders find difficult to underwrite, especially when Chinese pricing can swing against them at any moment.

3. Grants and Defense Industrial Base Awards

Smaller in dollar terms but revealing in their targeting are direct grants and Defense Production Act awards. These tend to flow toward the separation and processing bottleneck, the stage where Chinese dominance is most concentrated and where the technical expertise to build competing capacity is scarcest.

• The DoD's earlier multi-year contracts with Lynas Rare Earths, ultimately rising to approximately $258 million for a heavy rare earth separation facility in Texas, illustrate how government awards can both fund and complicate supply chain development; the project's uncertain status as of 2025, following the DoD's pivot toward domestic rival MP Materials, is itself a reminder that policy continuity matters as much as the initial commitment.⁸
• Ucore Rare Metals has received an $18.4 million DoD award for its Louisiana Strategic Metals Complex.⁹

These awards effectively say that we’ll pay to build the infrastructure of a non-Chinese supply chain, even before that infrastructure is commercially viable on its own terms.

4. Offtake Agreements, Price Floors, and Stockpile Procurement

Perhaps the most underappreciated instrument is the government as buyer.

• The U.S. Defense Logistics Agency awarded United States Antimony Corporation a sole-source contract worth up to $245 million over five years for antimony ingots destined for the National Defense Stockpile.¹⁰

Antimony is not a rare earth, but the logic is identical and illustrative, as China dominates supply, controls are an ever-present risk, and the U.S. government has decided to rebuild stockpile levels by procuring from a domestic supplier at terms that make the supplier's business case work. The government, in this role, is not subsidizing production, and instead, it is acting as the customer that commercial buyers cannot yet replace.

5. Permitting and Project Designation

Finally, government can create value without writing a check at all.

• Perpetua Resources spent years waiting for permits to advance its Idaho antimony and gold project, eight years of rigorous interagency coordination and review, before receiving its final federal permit from the U.S. Army Corps of Engineers in the second quarter of 2025. The permit was the direct enabling event for all the capital that followed: the Export-Import Bank of the United States approved a $2.9 billion loan for the project in May 2026, making it the largest loan under the agency's Make More in America initiative.¹¹
• Australia's federal government awarded Major Project Status to WA1 Resources' Luni niobium project, a non-cash form of support that accelerates coordination and regulatory attention for a project with strategic materials relevance.¹²
• The reissuance of road right-of-way permits for the Ambler Mining District in Alaska , permits originally granted in 2020, subsequently revoked, and reinstated by Presidential decision in October 2025, illustrates how a single federal action effectively determines whether a district full of copper, cobalt, zinc, and other critical minerals is developable at all.¹³

A New Category of Strategic Capital

What is happening in rare earths and adjacent critical minerals is not a conventional subsidy story, and it is not likely to be a short-term one. Governments across the allied world have concluded that supply chains for the materials underlying defense systems, clean energy infrastructure, and advanced manufacturing cannot be left entirely to market forces when the dominant supplier has demonstrated a willingness to weaponize supply as a geopolitical tool. They have responded by becoming capital allocators, strategic buyers, loan providers, and shareholders, not because this is the most efficient solution, but because they have decided that the alternative, a China-dependent supply chain for materials essential to national security, is a risk they are no longer willing to accept.

The WisdomTree Efficient Rare Earth Plus Strategic Metals Fund (WDIG) is an actively managed strategy focused primarily on equity exposures to companies involved in building the rare earth, strategic metals and magnet supply chain outside China.

Figure 1: Companies Discussed in this Piece with Weights in WDIG

¹ Source: U.S. House of Representatives Select Committee on Strategic Competition between the United States and the Chinese Communist Party. (2025, November 12). Predatory pricing: How the Chinese Communist Party manipulates global minerals prices to maintain its dominance (Interim report).

² Source: International Energy Agency. (2025). Rare earth elements.

³ Sources: MP Materials Corp. (2025, July 10). MP Materials announces transformational public-private partnership with the Department of Defense to accelerate U.S. rare earth magnet independence [Press release]; MP Materials Corp. (2025, July 9). Current report on Form 8-K (Filed July 10, 2025). U.S. Securities and Exchange Commission.

⁴ Sources: USA Rare Earth, Inc. (2026, June 3). USA Rare Earth finalizes definitive agreements with U.S. Department of Commerce, unlocking access to up to $1.6 billion to advance the leading rare earth value chain [Press release]. GlobeNewswire; USA Rare Earth, Inc. (2026, May 12). USA Rare Earth awarded $14.2 million Texas Semiconductor Innovation Fund grant to accelerate Round Top Mountain heavy rare earth project [Press release]. GlobeNewswire.

⁵ Source: Iluka Resources. (2024, December 6). Eneabba rare earths refinery: Positive outcome of funding discussions [ASX announcement].

⁶ Source: Energy Fuels Inc. (2026, June 18). Energy Fuels receives conditional U.S. government support to accelerate growth in rare earths and critical materials [Press release].

⁷ Source: European Investment Bank. (2025, December 3). Germany: Vulcan Energy secures €250 million EIB financing for landmark lithium project [Press release].

⁸ Sources: Lynas Rare Earths Ltd. (2023, August 1). U.S. DoD strengthens support for Lynas U.S. facility [ASX announcement]; Lacaze, A. (2025, August 28). Quoted in: Hurst, L. Lynas flags uncertainty over Texas rare earths plant, posts profit slump. CNBC.

⁹ Source: Ucore Rare Metals Inc. (2025, June 2). Ucore executes US$18.4M award with U.S. DoD for rare earth processing [Press release].

¹⁰ Source: United States Antimony Corporation. (2025, September 23). United States Antimony Corporation awarded $245 million sole-source five-year contract by the U.S. Defense Logistics Agency for the purchase of antimony ingots to replenish the U.S. National Defense Stockpile [Press release]. Access Newswire.

¹¹ Sources: Perpetua Resources Corp. (2025, May 23). Perpetua Resources submits formal application to Export-Import Bank of the United States to finance the Stibnite Gold Project [Press release]; Perpetua Resources Corp. (2026, May 21). Export Import Bank of the United States approves $2.9 billion loan for development of Perpetua Resources' Stibnite Gold Project [Press release].

¹² Source: WA1 Resources Ltd. (2025, November 20). Luni niobium project — Major Project Status [ASX announcement].

¹³ Source: Trilogy Metals Inc. (2025, October 24). Trilogy Metals provides update on the issuance of federal right-of-way permits for the Ambler Access Project in Alaska [Press release].