The Pentagon’s Emergency: Rare Earths
The US military issued a new emergency mineral procurement request the day before it struck Iran. Thirteen minerals. Twenty days to respond. Most investors still haven’t connected the two events.
Every F-35 fighter jet contains roughly 920 pounds of rare earth materials. Every Tomahawk cruise missile requires them. Every guided bomb, every radar array, every submarine sonar system depends on a category of minerals that one country controls at every step of the production chain.
That country is China. And on February 28, 2026, the US Pentagon effectively acknowledged that its supply of these materials is dangerously exposed.
The next morning, US and Israeli forces struck Iran.
What happened between those two events, and what it means for investors who are paying attention, is the subject of this article.
Source: Paradox Intelligence - Thematics Catalyst Function
What the Pentagon Actually Asked For
On February 28, 2026, the US Department of Defense sent an urgent request through the Defense Industrial Base Consortium, a network of more than 1,500 companies, universities, and defense suppliers, asking for proposals to mine, process, or recycle 13 specific minerals. Companies had until March 20 to respond. Funding for qualifying projects was set at $100 million to $500 million per proposal.
The 13 minerals on the list: arsenic, bismuth, gadolinium, germanium, graphite, hafnium, nickel, samarium, tungsten, vanadium, ytterbium, yttrium, and zirconium.
Separately, the Defense Logistics Agency sent its own request asking miners for information on acquiring lithium, chromium, and tellurium for military stockpiles.
The list reads like a periodic table of modern warfare. Gadolinium, samarium, and yttrium go into missile guidance and radar systems. Tungsten and hafnium are used in high-temperature aerospace alloys and hypersonic components. Germanium is critical for semiconductors and infrared optics. Graphite goes into advanced batteries and nuclear applications. These minerals flow directly into the weapons systems currently being deployed. The US imports most of them. China produces most of them.
The Pentagon has moved past signaling concern. A supply chain emergency is already underway.
Why This Is Harder Than It Looks
The common assumption is that the rare earth problem is a mining problem, and that building more mines in the US, Canada, or Australia will solve it. That assumption is wrong.
Mining is where China is weakest in this supply chain, and it still controls 69% of global rare earth mine production. The real chokepoint is what happens downstream.
The rare earth supply chain runs through seven distinct stages: mining, concentration, chemical separation, metal reduction, alloying, magnet manufacturing, and magnetization. China’s control increases at every step. Mining: 69%. Chemical separation: approximately 90%. Heavy rare earth separation for the critical elements dysprosium and terbium: approximately 99%. Finished NdFeB permanent magnets, the product that goes into an F-35 actuator, an EV traction motor, or an offshore wind turbine: 94%.
The entire non-China world produces an estimated 20,000 to 25,000 tonnes of NdFeB magnets per year. China produces more than 130,000 tonnes and is scaling further.
A commercial-scale separation plant costs $200 million to $500 million for the processing circuit alone. A fully integrated facility runs $1.5 billion to $2 billion. Western environmental regulations add three to five years of permitting on top of that. Production costs outside China remain five to seven times higher than Chinese domestic costs. China holds more patents on rare earth separation and magnet technology than the rest of the world combined.
The TSCS research team, whose analysis we read closely this week, drew a direct parallel to semiconductors. The West spent $280 billion over three years trying to fix semiconductor supply concentration in Taiwan, where one country controls roughly 90% of advanced chip fabrication. Rare earth chemical separation sits at the same 90% concentration figure, in the same single country, with even less capital deployed toward fixing it.
The Four Elements That Actually Matter
Seventeen rare earth elements exist. The investment thesis concentrates on four of them.
Neodymium and praseodymium, traded together as NdPr, provide the magnetic energy density that makes NdFeB magnets the strongest permanent magnets commercially available, roughly ten times more powerful than ferrite. When a design requires maximum torque per unit of weight, NdFeB is required by physics. There is no workaround.
Dysprosium and terbium allow those magnets to maintain their properties at high temperatures, which is essential for any motor or generator operating above 150 degrees Celsius. Both are heavy rare earth elements concentrated primarily in ionic clay deposits in southern China and Myanmar.
Global NdPr demand runs approximately 55,000 to 60,000 tonnes per year and is growing at 8 to 11% annually. Total non-China NdPr separation capacity is approximately 10,000 tonnes per year. The annual gap that must be sourced from China or drawn from existing stockpiles: over 44,000 tonnes.
The stockpiles are not deep. Aggregate non-China buffer is estimated at 15,000 to 25,000 tonnes. Under current partial export restrictions, that covers perhaps six to twelve months of runway. Under a full embargo, it covers months.
China Has Already Pulled the Export Control Lever Six Times
Between April and November 2025, China escalated rare earth export controls across three separate waves, ultimately covering 12 of the 17 rare earth elements. It imposed 45-day licensing on all forms, including oxides, metals, alloys, magnets, and processing equipment, and extended its reach to assert control over foreign-made products containing Chinese-origin rare earth content.
In February 2026, China targeted 20 specific Japanese entities with further restrictions, demonstrating that the administrative capacity to impose entity-level controls is operational and growing.
The pattern across six escalation cycles since 2023 is consistent: controls have been imposed on gallium, germanium, antimony, graphite, and rare earths twice. The direction has been one way only. Zero reversals.
The November 2025 Trump-Xi meeting in Busan temporarily suspended the broadest October controls until November 10, 2026. That suspension created a window. The April 2025 regime covering seven heavy rare earth elements was never suspended. Every dysprosium and terbium shipment leaving China today still requires an export license.
The November 2026 expiry is the binary event that the entire rare earth investment thesis orbits around.
Pricing Has Already Broken Into Two Worlds
Chinese domestic NdPr oxide reached $97 to $100 per kilogram in late January 2026, multi-year highs that prompted BMI and Fitch Solutions to revise their 2026 average forecast upward to $90 per kilogram. Neodymium metal on Chinese domestic markets hit 1,065,000 CNY per tonne in mid-February, up 94.5% year over year.
The more important number is the ex-China price. Non-Chinese buyers are paying $90 to $110 per kilogram for NdPr oxide and seeing premiums of 30 to 50% over Chinese domestic pricing. For dysprosium oxide, the ex-China premium now exceeds 200%. For terbium oxide, ex-China prices reached $3,625 per kilogram during 2025, nearly four times the Chinese domestic price.
There is no LME contract for NdPr. No futures market. Price discovery happens through assessed pricing from Fastmarkets and Asian Metal, compiled from reported transactions rather than exchange-cleared trades. The market is opaque, illiquid, and consequently slow to reflect information.
That opacity is where the opportunity sits. When a commodity matters this much to national security, is controlled by a single adversary, has a pricing structure that is difficult to track, and trades in a market too small for most institutional funds to bother modeling, the mispricing can persist longer than it should.
Record Attendance at PDAC Says Capital Is Moving
The world’s largest mining convention, PDAC 2026, ran through Toronto from March 2 to 5 and drew a record 32,155 attendees from over 127 countries, the highest turnout in the event’s 94-year history. Over 1,300 exhibitors filled the largest trade floor the show has ever assembled.
The energy, by multiple accounts from industry participants who attended, was unlike anything seen in years.
The Canadian federal government used the conference to announce a $1.5 billion First and Last Mile Fund, a $2 billion Critical Minerals Sovereign Fund, and $165 million earmarked for 22 specific Canadian mining projects. Ontario Premier Doug Ford announced that construction on all-season roads into the Ring of Fire, one of the most significant undeveloped critical minerals deposits in the world, would begin in June, five years ahead of the original schedule.
The geologic reality behind those policy announcements is significant. The Ring of Fire contains chromite, nickel, copper, and platinum group metals, many of which overlap with the Pentagon’s emergency mineral list.
Gold and copper majors attending PDAC reported depleted reserve pipelines after years of underinvestment. The fastest way to replace ounces and pounds is acquisition. The juniors sitting on defined resources in credible jurisdictions are the primary targets. Capital cascades from producers with cash and depleting reserves down to developers with assets and thin balance sheets. That is the pattern every mining cycle follows. Multiple experienced observers at the conference described the current setup as among the most compelling they had seen in their careers.
The Fertilizer Angle: Hormuz Connects to Potash
The Strait of Hormuz closure is creating a supply crisis in an unexpected place that connects back to the critical minerals theme.
Urea jumped $70 per tonne in a single session after the Strait effectively closed. Phosphate moved $30 per tonne. Bahrain’s Bapco declared force majeure after drone strikes hit its refinery. QatarEnergy declared force majeure on LNG.
The less obvious consequence runs through potash. When urea becomes unaffordable and diesel costs spike 40% from November budgets, farmers cut where they can. Potash is where they cut first. When potash application gets deferred at scale, soil productivity depletes and demand builds on a 12 to 18 month lag.
North American potash is entirely insulated from the Strait of Hormuz. Saskatchewan produces over 30% of global supply. It moves by rail to Pacific ports. None of it touches any contested waterway.
Potash was added to the USGS critical minerals list in late 2025. The US imports 92% of its potash. The DOJ is actively investigating the major suppliers for price-fixing. The political pressure to develop domestic supply was building before Iran. The Hormuz closure converted a policy argument into a live crisis during planting season.
This connects the defense mineral emergency and the geopolitical energy crisis into a single broader thesis: the physical commodities that underpin industrial and food production are all being repriced simultaneously, and the companies with supply chains entirely within allied nations are the structural beneficiaries.
The Risk the Bulls Consistently Understate
The 2010 to 2014 rare earth cycle is the cautionary reference. China cut export quotas by 72% in 2010. Dysprosium went from $91 to $2,377 per kilogram. Neodymium went from $25 to $340. Hundreds of exploration companies floated. Molycorp’s stock went from a $14 IPO to $79. Then the WTO ruled against China’s export quotas. China shifted strategy to domestic production controls rather than formal quotas, achieving the same outcome through a different legal mechanism. Prices collapsed 80 to 95%. Molycorp spent $1.5 billion, accumulated $1.7 billion in debt, and sold for $20.5 million.
Three structural differences between then and now are real and worth holding onto.
Western governments are now backstopping producers with price floors. The US Department of War has a $110 per kilogram floor on MP Materials’ magnet offtake. If China dumps at $40 per kilogram, every Western producer except Lynas falls below cash cost. The floor keeps MP’s magnet revenue stream alive through a trough that would have killed Molycorp.
The demand base in 2026 is structurally different from 2010. In 2010, the price spike was driven largely by speculative hoarding with no underlying consumption need. In 2026, demand is coming from 20.7 million EVs produced annually, 34 gigawatts of planned offshore wind, defense production scaling in a live conflict, and robotics growing at 29% per year. These demand sources persist regardless of geopolitical outcomes.
Multiple governments are coordinating simultaneously. The US has committed $7.5 billion through the One Big Beautiful Bill Act. Australia committed A$1.65 billion to Iluka. Japan co-funds Lynas. The EU has approximately €3 billion through RESourceEU. India has $4 billion through its National Critical Mineral Mission.
One risk that does not get written about often is the pull-forward problem. When China imposed export licensing in April 2025, major industrial buyers immediately began building safety stock. Japanese manufacturers moved from just-in-time procurement to 6 to 12 months of inventory. European automakers and wind turbine manufacturers followed. The demand surge that drove NdPr from $55 to $100 per kilogram includes a significant precautionary stockpiling component that represents pulled-forward future demand, not new underlying consumption. When those inventories are full, the buying stops. If that stockpile drawdown coincides with new Western separation capacity coming online in 2028 and 2029, and potentially with diplomatic easing, prices could correct meaningfully before the structural deficit reasserts itself. The thesis survives the correction. The positioning needs to account for it.
The Companies Positioned in Front of This
MP Materials (NYSE: MP) is the only fully integrated US rare earth producer. It operates the Mountain Pass mine in California, which holds the highest-grade large-scale rare earth deposit in the Western Hemisphere, and the Independence magnet facility in Fort Worth, where it began producing commercial magnets in Q4 2025. FY2025 NdPr oxide production was 2,599 metric tonnes, up 101% year over year.
The financial structure is important to understand. MP has a Price Protection Agreement with the Department of War that commenced October 1, 2025, paying MP the difference between $110 per kilogram and the benchmark quarterly average for NdPr products. At current market prices below $110 per kilogram, this functions as a government subsidy. It is real downside protection, and it creates a survivability buffer that did not exist in 2011. Apple has separately committed $500 million in magnet offtake. Cash on the balance sheet: $1.17 billion.
The capital requirement is significant. Guided 2026 capex is $500 million to $600 million. The full buildout through 2028, including the 10X facility and heavy separation capability, requires over $1.5 billion. The cash covers 18 to 24 months at current burn. A capital raise before 2028 is probable. At current share prices that raise is manageable. In a drawdown scenario, the dilution becomes more meaningful.
Near-term catalysts: Q1 earnings report in late April or May with 10X construction updates, heavy rare earth separation commissioning expected mid-2026, and the November 2026 MOFCOM control expiry as the binary macro event.
Lynas Rare Earths (ASX: LYC) is the world’s largest rare earth producer outside China. It operates the Mt Weld mine in Western Australia, one of the highest-grade rare earth deposits anywhere, and processes concentrate at the LAMP facility in Malaysia. It is already doing what most Western companies are still planning: separating NdPr at commercial scale and generating revenue. The Kalgoorlie processing facility in Western Australia is ramping and will reduce Lynas’s dependence on the Malaysian plant. For investors who want exposure to the structural thesis with less execution risk than an earlier-stage name, Lynas offers a lower-volatility path.
Almonty Industries (TSX: AII) is the tungsten stock. Tungsten appears directly on the Pentagon’s 13-mineral emergency list. Almonty’s flagship Sangdong Mine in South Korea was historically one of the world’s largest and highest-grade tungsten deposits and is expected, at full capacity, to supply over 80% of global non-China tungsten production. China imposed export restrictions on tungsten in November 2025 as part of the same escalation sequence that targeted rare earths. That restriction made Sangdong a strategic asset in a market where non-China tungsten had become structurally scarce. The company has established operations in Portugal and projects in the US and Spain.
Talon Metals (TSX: TLO) holds the Tamarack nickel project in Minnesota and has existing funding agreements with the US Department of War and Department of Energy. Nickel appears on the Pentagon’s emergency list specifically because of its role in superalloys for fighter jet engines, turbine blades, hypersonic systems, and naval propulsion. The Goldfinger Capital research note this week identified Talon as the top candidate for the next wave of US government mining investment, citing the proximity of its Minnesota and Michigan assets to potential new nickel processing facilities and the DoW’s track record of deepening its commitments to portfolio companies it has already funded.
Energy Fuels (NYSE: UUUU) runs the White Mesa Mill in Utah, the only fully licensed and operating conventional uranium mill in the United States, which doubles as a rare earth processing facility capable of producing NdPr oxide. The uranium business runs independently from the rare earth processing work, so one revenue stream supports the company during weakness in the other. The company has a Phase 2 expansion underway targeting commercial-scale rare earth processing. It is higher risk than the names above, trading on a combination of optionality and management’s NPV estimates for projects still reaching final investment decision, but the asset base is real and the government relationships are established.
Neo Performance Materials (TSX: NEO) operates rare earth separation and magnet powder production facilities in Estonia, making it the only rare earth separator currently operating in Europe. Its rare earth products feed directly into European EV and industrial motor supply chains. The Pentagon’s concern about allied-country supply suggests that European separation capacity, currently minimal outside of Neo, will attract government funding attention. Neo’s corporate offices in Greenwood Village, Colorado, position it for potential US government support for expanding magnet processing capabilities into the United States.
What the Graphene Signal Adds
Graphene deserves a separate mention because it intersects with this thesis in a specific way that is not obvious at first.
Graphite appears on the Pentagon’s 13-mineral emergency list. Graphite is the industrial precursor to graphene. China controls the majority of global graphite supply and processing, and imposed export controls on graphite in late 2023. Graphene, a single layer of carbon atoms arranged in a hexagonal lattice, is 200 times stronger than steel, highly conductive, and applicable to batteries, coatings, electronics, and biomedical devices. Its adoption as a material additive is accelerating.
The graphite-to-graphene connection means that the Pentagon’s graphite emergency and the graphene commercial buildout are the same supply chain problem viewed from different angles. A US graphite processing capability would simultaneously address the defense mineral gap and position companies to capture graphene-related demand from batteries and advanced materials.
The Larger Picture
The rare earth and critical minerals situation has been building for thirty years, accelerating over the past three, and the Iran conflict has now pushed it from background risk into foreground emergency. There is no single resolution date.
Three forces are all running simultaneously. Defense budgets are expanding in a live conflict. Supply chains are being stress-tested by a geopolitical shock that has no clear timeline for resolution. The technology buildout in EVs, wind, AI infrastructure, and robotics continues to add new demand on top of existing defense requirements.
China built its rare earth processing dominance over three decades by making trade-offs that Western democracies were unwilling to accept. The environmental costs of rare earth separation, radioactive thorium waste, chemical processing effluents, water contamination, are real. China absorbed them. Western countries did not. The resulting 30-year head start in processing technology and cost structure cannot be closed by capital alone. It requires time, technology transfer, and in some cases regulatory trade-offs that democratic societies will debate vigorously.
That is why the Pentagon moved on emergency timelines rather than standard procurement timelines. It is not waiting for Western production to organically scale to competitive cost parity with China. It is paying a premium to secure supply that exists outside the Chinese controlled chain, regardless of cost, because the alternative is dependence on an adversary during a conflict.
When defense procurement moves on emergency timelines, the projects that are already permitted, already funded, and already producing are the ones that capture the premium. The time between concept and cash flow is the space where most mining companies lose investors’ capital. The names that have already moved through that space are where the asymmetric risk-reward lives right now.
Paradox Intelligence identifies inflection points early, before they become obvious to the broader market.
Disclaimer
This article is for informational purposes only and does not constitute investment advice, financial advice, or a recommendation to buy, sell, or hold any security. The content reflects the views and analysis of Paradox Intelligence as of the date of publication and may not be updated. All investments involve risk, including the possible loss of principal. Past performance is not indicative of future results. Junior mining and exploration companies carry substantial additional risks, including exploration failure, permitting delays, commodity price volatility, liquidity risk, and potential total loss of investment. Always conduct your own due diligence and consult a licensed financial advisor before making any investment decision. Paradox Intelligence may hold positions in securities mentioned in this article.