
Neros manufactures autonomous first-person-view defense drones in El Segundo, California for U.S. and allied militaries.
Neros is an El Segundo based defense manufacturer building attritable first-person-view drones and tactical ground control stations for Western militaries across its Archer, Archer Strike, Archer Fiber, Crossbow, and Longbow product lines. The company vertically integrates flight computers, motor drivers, radios, propulsion, and software in the United States to remove Chinese components from critical systems and meet Defense Department requirements.
Demand is anchored by a United States Army Purpose-Built Attritable Systems selection, a Marine Corps contract to supply thousands of drones, and an agreement to deliver 6,000 drones through the Ukraine International Drone Coalition. The principal execution risk is manufacturing scale, as Neros works to raise output from thousands of drones per month toward thousands per day.
Neros manufactures attritable, one-way first-person-view drones and tactical ground control stations for Western military forces. The Archer is a BlueUAS-certified FPV drone built for modular payloads and resilient communications, and Archer Strike is a kinetic-enabled FPV designed for lethal effects at range in contested environments.
Crossbow is a tactical ground control station enabling electronic-warfare resistance at range, and Longbow is a maximum-range ground control station for stationary positions. Archer Fiber extends the lineup with a fiber-optic-guided variant developed alongside partner Kela.
Western defense agencies are accelerating procurement of low-cost, attritable unmanned systems to counter adversary mass and reduce reliance on foreign supply chains. The United States Army selected Neros for its Purpose-Built Attritable Systems program, and the Marine Corps awarded the company a contract to supply thousands of drones.
Internationally, Neros concluded an agreement with the Ukraine International Drone Coalition to supply 6,000 drones, reflecting surging allied demand for American-made unmanned systems. The company frames its mission as rebuilding the domestic industrial base for unmanned defense at scale.
Neros vertically integrates unmanned-systems production in the United States, building its own flight computers, motor drivers and propulsion components, radios, and software to secure the autonomous supply chain against foreign dependencies. The approach yields cost-effective, scalable products that meet U.S. Department of Defense requirements prohibiting Chinese components in critical systems.
All products are continuously tested on real battlefields, and an in-house radio architecture delivers long-range command, control, and video links with strong jamming resistance for contested electronic-warfare environments. The Archer platform is BlueUAS certified and engineered for modular payloads and resilient communications.
Neros was founded only in 2023, giving it a shorter operating track record and fewer years of fielded military programs than long established defense manufacturers. The company is still scaling its production base, working to lift output from roughly 2,000 drones per month toward around 2,000 per day, which leaves current capacity below peak allied demand.
The first Neros drones delivered to Ukrainian forces were assembled from Chinese components, the same foreign supply-chain dependency that the company was founded to eliminate, and closing that gap has required heavy investment in domestic vertical integration. Its certified product portfolio and international delivery footprint remain comparatively narrow while manufacturing scale is still being built out.
Neros prices its drones as low-cost attritable platforms intended to be fielded at volume rather than procured in small fleets of expensive systems, reflecting a manufacturing-led strategy that drives unit cost down through vertical integration. A Marine Corps award for roughly 8,000 Archer Strike drones valued near $17 million implies a unit price in the low thousands, consistent with the attritable volume model.
By building its own flight computers, radios, and propulsion domestically, Neros aims to compress bill-of-materials cost while satisfying Defense Department rules that bar Chinese components, positioning price as a function of domestic manufacturing scale rather than premium capability. Unit economics are expected to improve further as output rises from thousands of drones per month toward thousands per day.