On the morning of March 2, 2026, satellite imagery over Muwaffaq Salti Air Base in Jordan showed a blackened scar where an AN/TPY-2 radar had stood. The radar — spread across five 40-foot trailers — was destroyed by an Iranian drone that cost less than a new car. The system it killed cost $500 million.

Within 24 hours, Iranian forces had struck AN/TPY-2 radars at Prince Sultan Air Base in Saudi Arabia, Al Dhafra Air Base in the UAE, and Al Ruwais in the UAE. A fifth strike hit the $1.1 billion AN/FPS-132 early warning radar at Umm Dahal in Qatar — a massive fixed installation that will take five to eight years to replace.

The total radar losses in the first week of Operation Epic Fury: $2.7 billion. The total cost of the 12-day campaign: $16.5 billion, including $1.7 billion in combat losses and base damage, 13 American service members killed, and 200 wounded.

These are not just expensive numbers. They are irreplaceable ones. And the reason they are irreplaceable has nothing to do with Iran.

The radar that sees twice as far

The AN/TPY-2 is the sensor that makes the Terminal High Altitude Area Defense system work. Without it, a THAAD battery cannot independently search for or track incoming ballistic missiles. The entire battery is rendered blind. Unlike Russian systems like the S-400, which deploy half a dozen complementary radar types, THAAD relies on a single sensor. Destroy the radar and you destroy the system.

In May 2025, Raytheon delivered the 13th AN/TPY-2 ever produced — the first with a fully gallium nitride populated array. A Raytheon official said the GaN front-end lets the TPY-2 "see things twice as far," enabling it to detect booster separation and track hypersonic missiles before they begin maneuvering.

Thirteen radars in twenty years. Roughly one per year. Only 10 to 15 exist worldwide.

Iran destroyed up to four of them in a single day.

The $20,000 drone and the $500 million radar

The economics of this war are inverted beyond recovery.

Attacker Cost Target Cost Ratio
Shahed-136 drone $20,000–$50,000 AN/TPY-2 radar $500,000,000 Up to 25,000:1
Shahed-136 drone $20,000–$50,000 Patriot PAC-3 interceptor $4,000,000 Up to 200:1
Iranian salvo Variable THAAD interceptor $12–15 million Attacker advantage

For every dollar Iran spent on drones, Gulf states spent $20 to $28 shooting them down. The UAE's cost to intercept Iranian attacks was estimated at $1.45 to $2.28 billion — five to ten times what Iran spent launching them. The European Policy Centre called it "the new economics of warfare."

The first 36 hours of Operation Epic Fury consumed over 3,000 precision-guided munitions — approximately $5.6 billion in weaponry. The June 2025 Twelve-Day War had already burned through roughly 25% of all THAAD interceptors ever funded. THAAD production runs at 96 interceptors per year. The mathematics of attrition do not favour the side that spends more per shot and produces fewer replacements.

Iran can sustain production of cheap drones at volume. The United States cannot produce interceptors or radar systems fast enough to replace what it is losing.

Robbing Peter to pay Paul

On March 10, 2026, the US Army began relocating THAAD components from South Korea to the Middle East. All six launchers were pulled from the base at Seongju. South Korea's President Lee Jae Myung publicly objected, citing North Korean threats.

Newsweek's headline wrote the strategic obituary: "Iran Scores a Victory as US Forced to Take THAAD Defenses From Asia."

Destroying irreplaceable systems in one theatre forces the US to strip defences from another. The Middle East gets patched. The Pacific gets exposed. And neither gets what it actually needs — new production — because the materials to build more do not exist in American hands.

98%

That is China's share of global gallium production.

Gallium nitride is the semiconductor material that makes the AN/TPY-2 work. It is foundational to every major US military radar being built or upgraded today: the AN/SPY-6 for the Navy's next-generation destroyers ($3.2 billion contract for 31 vessels), the LTAMDS Patriot upgrade, the F-35's radar, and the Marine Corps' G/ATOR system. Each of these systems contains several thousand gallium-enabled chips. Over 11,000 individual DoD parts require gallium. Eighty-five percent of defence supply chains containing gallium include at least one Chinese supplier.

A Raytheon executive has stated that "GaN is foundational to nearly all the cutting-edge defense technology that we produce."

On January 2, 2025, China added Raytheon to its Export Control List. The company that builds the radars Iran is destroying is explicitly banned from purchasing the material those radars are made of.

China's escalation of mineral export controls has been methodical:

  • August 2023: Gallium and germanium export licensing. Exports dropped to zero overnight.
  • September 2024: Antimony controls.
  • December 2024: Full ban on gallium, germanium, and antimony exports to the United States. Twenty-eight US defence companies added to the Export Control List.
  • January 2025: Raytheon added by name.
  • April 2025: Seven rare earth elements restricted.
  • October 2025: Controls extended to processing technology and know-how. Companies affiliated with foreign militaries denied export licences from December 1.
  • November 2025: Partial suspension of some commercial restrictions until November 2026 — but the military end-use prohibition remains in force.

The suspension is the part that sounds like relief. The prohibition is the part that matters. China has not lifted the ban on gallium for weapons. It has paused the ban on gallium for consumer electronics. The radar line stays closed.

The empty cupboard

The United States has no strategic stockpile of rare earth elements. Neither does Europe.

The National Defense Stockpile has seen its shortfalls increase 167% — from 37 materials in 2019 to 99 materials in 2023. Over 90% of materials in shortfall had either zero or one domestic supplier. The estimated cost to address all shortfalls: $18.5 billion. The Pentagon describes gallium as "one of the most severe supply chain risks facing American national security."

The dependency is total. Seventy-eight percent of all DoD weapons systems — 1,900 systems, over 80,000 parts — depend on critical minerals. Ninety-one percent of Navy systems contain at least one critical mineral. The F-35 contains 920 pounds of rare earth elements. A Virginia-class submarine requires 9,200 pounds.

China refines over 85% of the world's rare earths and produces approximately 90% of high-performance rare earth magnets. The DoD needs roughly 3,000 tonnes of rare earth magnets per year. Essentially all of it is foreign-sourced.

And the prices are moving in one direction. Gallium is up over 600% since 2020. Antimony went from $11,300 per tonne to $59,750 — a 400% increase in 18 months. Dysprosium, essential for high-temperature military magnets, is up 105% year-to-date.

A USGS analysis found that a 30% supply disruption of gallium could cause a roughly $600 billion decline in US economic output — 2.1% of GDP.

The 2027 deadline nobody believes

The FY2023 and FY2024 National Defense Authorization Acts set January 1, 2027 as the date after which no Chinese-origin rare earth metals or magnets may be used in American weapons systems. The rule — codified in 10 U.S.C. Section 4872 — closes the previous loophole of third-country processing. If any stage of production touched China, Russia, Iran, or North Korea, the material is banned.

US rare earth processing capacity is under 1% of China's output. The deadline cannot be met.

The emergency investments are real but late by decades:

  • $12 billion for Project Vault, a strategic critical minerals reserve, announced February 2026
  • $7.5 billion appropriated through the One Big Beautiful Bill Act, July 2025
  • $1.9 billion Pentagon equity stake in Korea Zinc for a Tennessee smelter — full capacity not expected until 2030
  • $550 million in MP Materials for domestic rare earth magnet production
  • $439 million in Defence Production Act investments since 2020

The Pentagon has taken equity stakes in seven mining companies. The world's most powerful military has been reduced to venture capitalism because it forgot to secure its own supply chain.

MP Materials in California produced a record 2,599 metric tonnes of neodymium-praseodymium in 2025. Its "10X" expansion won't deliver first commercial product until 2028. Lynas Rare Earths' processing facility in Texas has had construction halted due to permitting delays. Management warns the plant "might not proceed."

Domestic gallium production could reach 10 to 15 percent of national consumption by 2030. That is four years away and still 85% dependent on the country choking the supply.

Independent analysts estimate a realistic timeline for meaningful mineral independence at five to ten years. The radars are being destroyed now.

The day before

Mining.com reported that the Pentagon sought fresh supply of 13 critical minerals the day before Operation Epic Fury began.

They knew the cupboard was bare. They launched anyway.

The lesson not learned twice

In October 2025, the Foreign Policy Research Institute published "Shallow Ramparts," a detailed analysis of air and missile defence vulnerabilities exposed during the June 2025 Twelve-Day War. The paper identified the radar infrastructure as the weakest link in the US-led defence architecture across the Gulf.

Four months later, Operation Epic Fury launched. Iran exploited the identical vulnerabilities. The same radars, the same architecture, the same chokepoints. Al Jazeera's analysis centre described it as "blinding US eyes in the Middle East."

The warning was published. The warning was ignored. The same lesson, refused twice.

The country that isn't fighting

China is not a combatant in this war. It does not need to be. It controls the inputs that determine whether the United States can sustain one.

While banning gallium exports to the US military, China's own forces are fielding third-generation GaN radars on the J-20 stealth fighter and KJ-500A early warning aircraft. China is not merely withholding the material. It is using it — on platforms designed to counter the same US systems that can no longer be rebuilt.

And China is building the financial infrastructure to ensure its mineral leverage cannot be circumvented. The People's Bank of China holds currency swap agreements with over 40 countries. Trillions of dollars in goods trade are now settled in renminbi. BRICS expansion is accelerating yuan internationalisation, and a growing number of countries are actively de-risking from Western banking systems.

The US dollar's role as reserve currency has historically been America's backstop for supply chain access. That backstop is weakening at the exact moment the mineral leverage matters most. China can sell gallium to anyone it chooses, in its own currency, on its own terms, outside American visibility or influence.

The dual squeeze is complete: China controls the physical inputs and is building the financial rails to make those inputs available to everyone except the country that needs them most.

Power as identity vs. power as infrastructure

There are two ways to understand national power.

The first is power as identity — the belief that strength is inherent, a birthright confirmed by history, symbolised by a flag, guaranteed by providence. This understanding produces leaders who assume superiority is a permanent condition. It does not ask where the gallium comes from. It does not read the FPRI warning. It does not build stockpiles, because stockpiling is the work of doubters.

The second is power as infrastructure — the understanding that strength must be built, maintained, and secured through unglamorous industrial, economic, and diplomatic work done every single day. This understanding produces planners who map supply chains, corner markets, and spend 30 years quietly securing 98% of a mineral most people have never heard of.

America is running on the first. China has been executing the second since the 1990s.

The AN/TPY-2 radar that was destroyed in Jordan could see twice as far as its predecessors. It could track hypersonic missiles. It represented the absolute cutting edge of American military technology. And it was built with materials that America does not produce, cannot currently source, and has no near-term plan to replace — because the country that controls those materials has decided, methodically and deliberately, that American weapons manufacturers will not receive them.

A $20,000 drone destroyed a $500 million radar that cannot be rebuilt because a country 4,000 miles from the battlefield controls the minerals inside it. That is not a military problem. It is not a defence procurement problem. It is the structural failure of a nation that confused identity with capability and assumed the powerful air would always be there to breathe.

It will not!

I feel America breathe her last desperate gasps of the powerful air!

The research supports exactly that reading. Not a sudden collapse — desperate gasps:

Stripping THAAD from South Korea to plug holes in the Middle East — breathing from one lung to fill the other
$12 billion Project Vault announced February 2026, decades late — a deathbed investment in a stockpile that should have existed since the 90s
Pentagon taking equity stakes in mining companies — the world's most powerful military reduced to venture capitalism because it forgot to secure its own supply chain
10-15% domestic gallium by 2030 — four years from now, still 85% dependent on the country choking you
The 2027 NDAA deadline to eliminate Chinese rare earths from weapons — a law that everyone already knows cannot be met
Each one is a gasp. Each one is an admission that the air is running out. And the country supplying the oxygen isn't the enemy on the battlefield — it's the one sitting quietly in Ganzhou, Jiangxi, watching the radars burn and knowing every replacement has to come through them.

The powerful air was never guaranteed by assumed beneficent but vengeful deity or by a flag. It was guaranteed by industrial capacity, and America outsourced it.