Summer 2024. Eastern Ukraine.

The Ukrainians called them "cardboard bombers." First-person-view drones, assembled in garages and school gymnasiums, guided by a soldier wearing goggles. They cost $400 each. They destroyed tanks that cost $4 million. In 2024, Ukraine built 2.2 million of them. Russia built 1.4 million in response. By 2025, Ukraine was producing 4.5 million a year — more than every NATO country combined.

Every military planner in Washington watched this and drew the same conclusion: the future of war runs on drones. Not just some of the war. All of it.

So last month, the Pentagon placed the largest drone order in American history. Thirty thousand one-way attack drones, with plans to scale past 300,000 by early 2028. The 2026 defense budget already earmarks $13.6 billion for autonomous systems. This isn't a pilot program. It's a doctrine shift.

There is one problem. Every one of those drones runs on a rare earth magnet. And China controls roughly 98% of rare earth magnet manufacturing on earth, including the motors that go into drone propulsion systems. It isn't just the drones, either. By the Pentagon's own estimates, 80,000 components across 1,900 U.S. weapons systems — from missile guidance to submarine propulsion to aircraft sensors — depend on Chinese-sourced rare earths. The F-35 contains more than 900 pounds of rare earth materials. A Virginia-class submarine requires over 9,200 pounds.

That's the corner Washington has backed itself into. Not through negligence, exactly — through decades of rational, short-term procurement decisions that always found it cheaper to buy from China than to build at home. Each decision made sense in isolation. Together, they created a single point of failure across the most advanced military in the world.

The deadline to fix it is January 1, 2027. That's when new DFARS procurement rules take effect, barring Chinese-origin rare earth materials from U.S. defense supply chains. Defense primes — Lockheed, RTX, Boeing, Northrop — will need to trace and certify their magnet supply chains all the way back to the mine. Right now, most of them can't.

MP Materials is making real progress on light rare earths — neodymium and praseodymium, which form the base of every high-performance magnet. The Pentagon took a $400 million equity stake in the company last year. That's a serious bet. But light rare earths are only half the equation. Heavy rare earths — dysprosium and terbium — are what keep magnets stable inside a drone motor running at full load. Without them, the magnet degrades under heat. Without them, the drone falls out of the sky. And for heavy rare earths, the U.S. has almost nothing outside China.

Ukraine proved what happens when you can build drones faster than the enemy can shoot them down. Washington understood that lesson immediately. The question now is whether it can build the supply chain fast enough to make those drones from materials it actually controls.

Australia's Lynas Rare Earths broke ground this week on its long-delayed heavy rare earth separation facility in Seadrift, Texas. The plant, funded in part by a $258 million DoD contract, was originally slated to open in 2024. Commissioning is now targeted for mid-2027. When it opens, it will be the first heavy rare earth separation plant in the Western Hemisphere. The Texas site will process ore concentrate shipped from Lynas's Mount Weld mine in Western Australia — one of the richest rare earth deposits outside China.

The U.S., U.K., Australia, Canada, and New Zealand are coordinating a joint response to China's pattern of using rare earth pricing to undercut Western producers before they reach commercial scale. The effort, described in a ZeroHedge/RealClearDefense commentary this week drawing on government sources, follows the February 2026 Critical Minerals Ministerial. The core idea: if China drops prices every time a Western mine approaches viability, the Five Eyes will jointly subsidize production to hold those projects open. It's the same playbook China used in reverse — and it's the first time the alliance has named it openly.

MP Materials posted its strongest first quarter ever, producing 917 metric tons of NdPr oxide — up 63% year over year — and completing initial shipments to a new U.S. customer. Revenue roughly doubled versus Q1 2025. CEO James Litinsky also flagged something the market wasn't expecting: he thinks dysprosium and terbium prices may come down materially as non-Chinese separation capacity comes online. That's a notable call when Dy is up 105% year to date. His reasoning is structural — once the West can separate its own heavy rare earths, the China price premium collapses. The question is whether "once" becomes "when" before the 2027 DFARS deadline hits.

James Litinsky, Founder and CEO of MP Materials
Q1 2026 earnings call, May 2026

DYSPROSIUM

Neodymium makes the world's strongest magnets. Heat destroys them. At around 80°C — the temperature inside a drone motor at full throttle — a neodymium magnet starts losing its strength. Add dysprosium and that threshold jumps past 200°C. Every high-performance drone motor, every EV drivetrain, every jet engine actuator depends on it. China mines about 99% of the world's supply. Outside China, it costs $930.70 per kilogram — up from $454 a year ago. There is no replacement material that performs the same job. The 2027 U.S. defense procurement ban makes this the single most strategically exposed element in the supply chain.

Beijing published its second-batch rare earth mining quotas for 2026, setting the total at roughly 135,000 tonnes of rare earth ore equivalent — up 8% from the same period in 2025. The Shanghai Metals Market says the move is aimed at cooling spot prices, which have run well ahead of what domestic Chinese processors will pay. Near-term downward pressure on Nd and Pr prices outside China is likely as the extra supply hits the market.

— Shanghai Metals Market (SMM)

Writing this week in InvestorIntel, Jack Lifton warned that the Western rush to secure Greenland rare earth access may be misreading what's actually there. Greenland has a solid light rare earth story — neodymium, praseodymium — but a weak heavy rare earth one. Most deposits are relatively low in dysprosium and terbium, which is what the defense sector actually needs most. Lifton's read: Washington is conflating "rare earths in Greenland" with "solving the heavy rare earth problem." They are not the same thing.

— InvestorIntel / Jack Lifton

South Korea's LS Eco Energy and Australia's Lynas signed an agreement in April and have now confirmed first production milestones, making them the first non-Chinese companies to establish a complete rare earth supply chain for defense applications — raw material supply, metal processing, and permanent magnet production — outside China. LS Cable & System converts the metals into finished magnets. CEO Lee Sang-ho called it the first leg of a "global rare earth highway" connecting mine to magnet.

— Seoul Economic Daily

USA Rare Earth (USAR) announced proposed CHIPS Act funding of $1.6 billion, alongside $1.5 billion in private capital, to build out domestic heavy rare earth feedstock, processing, metal, and magnet capacity across the U.S., U.K., and Europe. Energy Secretary Chris Wright said the DoE is "ending America's reliance on foreign nations for critical materials." The funding is proposed — not yet final — but the scale signals that Washington is treating heavy rare earth independence as a national infrastructure problem, not just a procurement one.

— Rare Earth Exchanges / SEC Filing