The rare-earth-magnet story has spent the past couple of years stuck on repeat. Somebody points out that China makes around nine of every ten of them, that the little neodymium magnet spinning inside your EV’s motor rides on a supply chain Beijing can choke whenever it likes, and that the Pentagon is sitting in the exact same boat. Everyone nods, a press release goes out, and not much steel actually goes in the ground.<\/p>\n
This week broke the loop. On June 2, USA Rare Earth said it had picked a roughly 130-acre site in Blacksburg, South Carolina, for a $1.2 billion plant built to stamp out 6,400 metric tons of finished magnets a year, according to South Carolina’s Department of Commerce<\/a>. The next day, June 3, the company finalized agreements with the U.S. Department of Commerce that open access to as much as $1.6 billion in federal money. Inside about 24 hours, the reshoring pitch went from a slide deck to a signed lease, a hiring plan, and a wiring diagram for taxpayer cash. The magnets themselves still won’t ship until 2028. But the bet is real now, and Washington is co-signing it.<\/p>\n Here’s what USA Rare Earth (Nasdaq: USAR) actually committed to. The plant will sit in the Bailey Industrial Park in Blacksburg, up in Cherokee County, on about 129.9 acres, inside a building of roughly 800,000 square feet that the company is taking on a 20-year lease, according to its securities filing. Once it’s running, it’s designed to produce 6,400 metric tons a year of sintered neodymium-iron-boron magnets, the NdFeB chemistry that does the heavy lifting in most EV motors, plus another 5,000 metric tons of rare-earth metal and alloy.<\/p>\n The process living under that one roof is the whole chain, not just the final step: electrolysis, metallothermic reduction, strip casting, jet milling, dry pressing, sintering, heat treatment, machining, and coating. If that list means nothing to you, the short version is that they’re taking refined rare-earth material and turning it all the way into a finished magnet in one building, which is a thing the United States has barely been able to do at any real scale.<\/p>\n The company puts the headcount at about 490 jobs. A Cherokee County development official told WSPA<\/a> that starting pay for the unskilled roles runs $24.50 an hour, with an average wage around $43. The plant is targeting commissioning in 2028, and local officials and the Post and Courier<\/a> peg the go-live around April of that year. Site work is supposed to start in the coming months, with power lined up from Duke Energy and the site sitting on the Interstate 85 corridor.<\/p>\n This is where the EV angle and the defense angle stop being two separate stories. The permanent-magnet synchronous motor in the average electric car is built around an NdFeB rotor magnet, and as AutoNotion has covered before<\/a>, more than 90% of EVs built worldwide use exactly that arrangement. The same family of magnet shows up in the guidance systems of precision-guided munitions, according to U.S. Government Accountability Office assessments, which is why the Department of Defense treats this as a national-security problem and not just an industrial one.<\/p>\n There’s a hard date attached to all of it. USA Rare Earth’s own filing points to a January 2027 restriction on Chinese-origin sintered NdFeB magnets in covered defense applications, which means that for a growing list of military hardware, magnets traceable to China are about to be off the menu. That deadline is a big part of why money is suddenly moving. Humpton, for her part, came to USA Rare Earth straight from running Siemens USA, with earlier stops at Lockheed Martin and Booz Allen Hamilton, so the defense framing here isn’t marketing bolted on after the fact. It’s the r\u00e9sum\u00e9 she was hired for.<\/p>\n The money is the part that turns this from another announcement into something with teeth. On June 3, USA Rare Earth signed definitive agreements<\/a> with the Commerce Department under the CHIPS Program that unlock up to $1.6 billion: up to $277 million in direct federal funding and up to $1.3 billion in senior secured loan capacity. The “up to” is doing real work in that sentence. The cash gets released in phases, tied to the company actually hitting construction and production milestones, so none of it lands just for putting out a press release.<\/p>\n In exchange, the government isn’t simply acting as a lender. USA Rare Earth is handing the Commerce Department 16.1 million shares of stock and roughly 17.6 million warrants, which gives taxpayers an equity slice of the upside if the thing works. Stack that federal package on top of the $1.5 billion the company raised privately back in January, plus earlier raises, and USA Rare Earth says it’s now sitting on about $3.5 billion in committed capital. The money also runs through CHIPS, the same pot built for semiconductors, which fits because rare-earth magnets sit upstream of chipmaking too. Chairman Michael Blitzer called it the largest government partnership of its kind in the industry, and Humpton framed June 3 as the day the company moved from intent to execution. The language is grandiose. The dollar figures behind it are not small.<\/p>\n None of this happens without China, and the timing isn’t an accident. Beijing makes somewhere around 90% of the world’s rare-earth magnets (the International Energy Agency puts its share of permanent-magnet production closer to 94%), and over the past two years it has gotten comfortable using that dominance as leverage. China’s commerce ministry rolled out export controls on a batch of rare-earth elements in April 2025, then in October 2025 issued what analysts called its strictest rare-earth and magnet export rules to date, complete with a licensing system that lets Beijing wave shipments through or stall them case by case.<\/p>\n Those October rules never actually took hold. As part of the truce struck between Washington and Beijing late last year, China agreed to suspend them for one year, until November 2026. The catch is that the April 2025 controls and the underlying licensing machinery stayed firmly in place, and the pause is set to expire before USA Rare Earth’s South Carolina plant ever opens its doors. Add the Pentagon’s January 2027 cutoff on Chinese-origin defense magnets, and you get a fairly specific window: the U.S. is trying to stand up domestic magnet capacity in the narrow gap between a paused export ban and a looming defense deadline. Whether the construction timeline cooperates is a separate question.<\/p>\n The South Carolina plant doesn’t stand on its own. USA Rare Earth is trying to build the entire chain, mine to magnet, across several states and a handful of countries. There’s the Round Top deposit in Sierra Blanca, Texas, which the company says holds a dozen critical minerals (dysprosium, terbium, yttrium and gallium among them) and is targeted for commercial production in 2028. There’s a separation and processing facility in Wheat Ridge, Colorado, and an existing magnet line in Stillwater, Oklahoma, that started commercial production this past March. Overseas, the company owns Less Common Metals in Cheshire, England, has a metal-and-alloy plant planned for Lacq, France, and has agreed to buy the Serra Verde rare-earth operation in Brazil in a deal the Wall Street Journal reported at $2.8 billion. Combined with Stillwater, the stated goal is 10,000 metric tons a year of domestic magnets and another 10,000 of heavy rare-earth metal and alloy.<\/p>\n It’s also far from the only company racing here. AutoNotion has covered the Pentagon’s $96 million rare-earth supply deal with Australia’s Lynas<\/a> and the Canadian company that just started separating heavy rare earths in a different Blacksburg, this one in Virginia<\/a>. The pattern across all of them is consistent: announcements and federal backing are showing up a lot faster than finished magnets.<\/p>\n So the headline number is $1.2 billion, the federal backstop is up to $1.6 billion, and the slogan, courtesy of Humpton, is bringing magnet-making home “from the factory floor to the front lines.”<\/a> The fine print is less cinematic. The county incentives agreement USA Rare Earth signed commits it to a floor of 325 jobs and a minimum of $400 million in investment, not the headline figures, and the federal money only flows if the company hits its milestones. The plant doesn’t make a single magnet until 2028, by which point China’s export pause will already have lapsed. The factory is real and the checkbook is open. What nobody can buy yet is the two years of construction standing between Blacksburg and its first finished magnet.<\/p>\n","protected":false},"excerpt":{"rendered":" The rare-earth-magnet story has spent the past couple of years stuck on repeat. Somebody points out that China makes around … <\/p>\nThe factory is real. The magnets won’t ship until 2028.<\/h2>\n
The same magnet powers an EV motor and a missile’s guidance fin<\/h2>\n
Washington just put up to $1.6 billion behind it<\/h2>\n
China’s grip, and the clock that runs out in November<\/h2>\n
Blacksburg is one piece of a much bigger map<\/h2>\n
What’s actually signed, and what’s still two years out<\/h2>\n