U.S. Army Secures Major Rare Earth Magnet Supply Deal for SkyFoundry Drone Initiative
A major procurement agreement for rare earth magnets will support the U.S. Army's SkyFoundry program as it seeks to scale manufacturing capacity toward one million small drones.
By The Global Wire Newsroom · Reported from Aamir Khollam
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U.S. Army Secures Major Rare Earth Magnet Supply Deal for SkyFoundry Drone Initiative
A major procurement agreement for rare earth magnets will support the U.S. Army's SkyFoundry program as it seeks to scale manufacturing capacity toward one million small drones.
WASHINGTON — The United States Army has secured a major supply contract for rare earth magnets designed to underpin an ambitious effort to scale domestic production of small unmanned aerial systems, according to reporting by Aamir Khollam. The agreement directly supports the Army's SkyFoundry initiative, an endeavor aimed at building out the industrial capacity required to fabricate up to one million small drones. The procurement effort addresses a critical vulnerability in the U.S. defense supply chain by targeting permanent magnets, which serve as core components in drone electric motors and propulsion systems.
Key facts
What happened
According to reporting by Aamir Khollam, the U.S. Army has entered into a major supply agreement to secure rare earth magnets, marking a significant operational step in the military's push toward high-volume drone procurement. The contract directly feeds into the Army's SkyFoundry initiative, an effort established to develop scalable, rapid-manufacturing architectures for small unmanned aerial systems (sUAS).
The initiative is designed to support a strategic push toward manufacturing approximately one million small drones. Small military drones rely heavily on compact, high-performance electric motors to drive their rotors and control surfaces. These motors depend on high-strength permanent magnets, which provide the high torque-to-weight ratio necessary for sustained flight, payload carrying capacity, and maneuverability in tactical environments.
While specific contract figures, dollar values, and designated supplier facilities were not detailed in initial reports, the procurement agreement represents a concrete step toward assembling the raw material and component pipelines needed for large-scale drone manufacturing. Under the SkyFoundry framework, securing upstream component inputs like permanent magnets is required before automated or high-rate assembly lines can operate at full capacity without facing supply bottlenecks.
Why it matters
The procurement contract underscores how the U.S. military is shifting from small-batch procurement of specialized, high-cost defense hardware to mass-scale manufacturing of low-cost, expendable systems. Modern battlefield operational lessons, particularly from high-intensity conventional fighting in Eastern Europe and the Middle East, have demonstrated that small drones are consumed at unprecedented rates. Tactically, armed forces require continuous replenishment of thousands of small reconnaissance and loitering systems monthly to maintain battlefield visibility and strike capabilities.
For defense supply chains, securing rare earth magnets domesticates a notoriously fragile vulnerability. Brushless electric motors used in small quadcopters and fixed-wing drones require permanent magnets composed primarily of neodymium, iron, and boron (NdFeB), often alloyed with dysprosium or terbium to withstand high operating temperatures. Without a stable, non-adversarial supply of these magnets, any initiative to produce one million drones would remain vulnerable to sudden export bans or international maritime disruptions.
From an industrial policy perspective, the contract establishes a baseline demand signal for domestic and allied rare earth processing industries. By tying magnet procurement directly to a high-volume defense production initiative like SkyFoundry, the U.S. military is providing guaranteed purchasing power that encourages private sector investment in refining, sintering, and magnet manufacturing operations outside of foreign control.
The background
The strategic push behind the SkyFoundry initiative occurs against the backdrop of long-standing Western vulnerabilities in the critical minerals sector. For over two decades, the People's Republic of China has maintained near-monopolistic control over the global rare earth value chain. China currently controls an estimated 70 percent of global rare earth element mining and upwards of 90 percent of the world's downstream refining, alloy production, and permanent magnet manufacturing capacity.
Recognizing this risk, the U.S. Congress introduced statutory restrictions in recent National Defense Authorization Acts (NDAAs). Specifically, federal law mandates that by 2026, the Department of Defense must completely phase out the procurement of defense systems containing rare earth permanent magnets melted or produced in China, Russia, North Korea, or Iran. This legislative timeline has forced defense acquisition officers and primary contractors to rapidly contract with domestic refiners and alternative overseas suppliers in allied nations such as Australia, Japan, and European Union members.
Simultaneously, the Department of Defense has accelerated efforts to integrate low-cost autonomous platforms into every echelon of the warfighter force structure. Programs such as the Pentagon's Replicator initiative, launched in late 2023, established an explicit policy goal of deploying thousands of cheap, autonomous systems within 18 to 24 months to counter military mass. The Army's SkyFoundry project serves as an operational arm within this broader push, focusing specifically on establishing flexible, high-volume production lines capable of outputting standardized small drones at a scale previously unseen in peacetime defense manufacturing.
Reaction
Following the report of the U.S. Army's magnet supply agreement, industry analysts and defense supply chain specialists are evaluating how quickly raw material deliveries can translate into operational motor assembly. While formal public statements from Department of Defense acquisition leadership regarding the specific supplier identity remain anticipated, defense industrial leaders have consistently advocated for long-term off-take agreements to justify the capital expenditures needed to build out domestic magnet fabrication facilities.
Congressional defense committees are expected to examine the contract during upcoming oversight hearings regarding defense industrial base readiness and NDAA compliance timelines. Federal lawmakers have repeatedly urged the military services to accelerate non-Chinese critical mineral procurement to avoid production halts in precision-guided munitions, naval propulsion, and uncrewed aircraft programs.
What we don't know yet
Several critical operational and financial details regarding the U.S. Army's magnet contract remain undisclosed in initial reporting by Aamir Khollam:
Resolving these open questions is essential to assessing whether domestic rare earth processing capacity can meet the timeline demands of the SkyFoundry initiative without relying on waivers to statutory procurement bans.
What to watch
This report is based on original reporting published by Aamir Khollam.
How this story was produced
This report was written by The Global Wire newsroom from reporting first published by Aamir Khollam. We verify the core facts against the original report, write our own account, and add the background and consequences a short wire item leaves out. Drafting is AI-assisted inside an editor-supervised pipeline, and every story is checked for accuracy of attribution, structure and duplication before it appears — full detail in our AI and funding disclosure.
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