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The United States Army has spent decades teaching defense contractors how to build weapons complicated and expensive enough to require their own congressional district. Now it is trying something almost subversive. It wants a small drone that can be built quickly, carried by an infantryman, and smashed into the enemy without anyone holding a memorial service for the airframe.
The Army has awarded Neros Technologies a contract with a ceiling of $500 million for Archer first-person-view drones under the Purpose-Built Attritable Systems program. The full amount is not guaranteed. Neros says the agreement could cover hundreds of thousands of drones, and that it is already filling an initial order for thousands.
That is the headline. The deeper story is that the Army may finally be learning to purchase battlefield technology at the speed it is consumed.
From a Cornfield to a Combat Zone
Neros was founded in 2023 by former teenage drone racers Soren Monroe-Anderson and Olaf Hichwa. They met while racing drones in Indiana, then carried 30 homemade aircraft to Ukraine and put them in front of soldiers fighting Russians instead of flying through plastic gates.
The experience taught them a harsh lesson. Racing speed alone does not produce a combat aircraft. Battlefield drones must carry useful payloads, tolerate abuse, function around electronic warfare, and remain simple enough to replace before the operator begins inventing new profanity.
The Army package includes five-inch and ten-inch Archer and Archer Strike variants, plus the soldier-carried Flatbow control system. The larger configuration can carry roughly 4.5 pounds beyond 20 kilometers. Marine testing has demonstrated speeds above 90 miles per hour, a ground strike beyond 20 kilometers, and an aerial-intercept mission at 10 kilometers.
Archer Block 2 is field-reconfigurable. Its motors, propellers, sensors, and payloads can be swapped by operators. Strike configurations can accept anti-personnel, anti-materiel, and explosively formed penetrator payloads. Flatbow can place its antenna up to 150 meters from the pilot, separating the man wearing the goggles from the radio-frequency signature that may invite artillery.
The Price of Throwing One Away
An Archer reportedly costs about $2,000 as an aircraft and roughly $5,000 with its warhead and associated equipment. That approaches the price of Chinese systems that once dominated the market.
The Army needs a weapon that can be bought by the crate, trained with regularly and deliberately lost in combat, rather than a boutique quadcopter polished like an old-school staff officer’s boots.
Ukraine planned to purchase 4.5 million FPV drones in 2025. The U.S. Army, by comparison, was buying about 50,000 drones annually when Army Secretary Daniel Driscoll announced a goal of acquiring at least one million within two or three years. Neros says it now produces about 1,200 drones per week and intends to build capacity for one million annually by 2028.
That jump requires more than venture capital and a warehouse full of patriotic slogans. Neros is moving into a 250,000-square-foot Los Angeles facility and vertically integrating key components. The company’s larger wager is that the factory is as important as the aircraft.
What This Gives the Operator
At the platoon and company levels, an FPV drone compresses the distance between seeing a target and attacking it. A patrol can send a camera over a ridgeline, into a compound, or across a river without exposing a scout. Once a target is confirmed, the same class of aircraft can strike a vehicle, firing point, antenna, bunker entrance, or small boat. Every blind corner has traditionally demanded a body, but bodies leak when the corner shoots back.
The Marine Corps is already pushing the concept farther. At Marine Corps Air Ground Combat Center Twentynine Palms, California, on May 13-14, 2026, Marines launched an Archer on the ground, transferred control to operators aboard an orbiting UH-1Y Venom, and directed it toward a target. They also proved that an FPV could be deployed and controlled from a moving helicopter. The H-1 became a flying command post while the cheap drone closed the final miles.
Then came the maritime test. On June 16, Marines from HMLA-169 and 3rd Light Armored Reconnaissance Battalion supported a Marine special operations boarding team off Camp Pendleton. Operators aboard an H-1 deployed an Archer to inspect a vessel’s deck and superstructure, identify threats and validate insertion points before troops fast-roped onto the ship.
The drone became an expendable extension of the helicopter’s sensors. It could look into blind spots, move close to weapons, and absorb risk that would otherwise belong to an aircrew or boarding team.
The Pentagon’s Real Problem Is Not the Drone
The hard part begins after the purchase order.
A force operating thousands of FPVs needs trained pilots, repair parts, batteries, warheads, and frequency plans. The Marine Corps has already adopted a train-the-trainer approach because buying drones without creating operators is merely an expensive way to fill storage cages. The Pentagon has a long record of buying the piano and forgetting to hire anyone who can play the damned thing.
Electronic warfare will remain the knife at the throat. Neros builds its own radios and offers a fiber-optic Archer variant for environments where radio control is jammed. Planned Block 2 upgrades include terminal guidance, autonomous functions, and airborne repeaters. RAND has warned that mass small-drone operations will crowd the electromagnetic spectrum and expose aircraft and operators to detection, jamming, and kinetic attack. At the operator’s end, the picture freezes, the controls go dead, and somewhere beyond the tree line a gun crew begins laying steel on the last place your signal touched the air.
Commanders will have to manage drone frequencies with the same discipline used for fires and airspace. Launch sites will need camouflage and displacement drills. Operators will have to move after transmitting because the enemy gets a vote, and that vote often arrives as a jammer followed by artillery.
The Future Will Be Counted in Expendables
The $500 million ceiling is an Army admission that the hole is enormous.
A Pacific fight would make the Archer most valuable in the ugly spaces between ships, islands, and concealed firing positions. Small teams could push drones from beaches, vehicles, and helicopters to hunt landing craft, exposed sensors, fuel points, and vehicles moving under camouflage. Europe offers a different geometry, with FPVs thickening defensive belts and reaching armor hidden in folds of ground that direct-fire weapons cannot see. Urban combat would send them through windows, alleys, and stairwells where a soldier would otherwise have to enter with his rifle first and his luck second. They could also intercept hostile drones or scout vessels before maritime raids.
The future infantry formation will still need artillery, armor, and crewed aviation. It will also need stacks of cheap aircraft that can be modified between missions and discarded when their work is done.
Neros can build about 1,200 drones per week today. The company wants capacity for one million annually by 2028. Between those numbers lies the same industrial wreckage Washington has spent years studying, briefing, and renaming. The factories, component suppliers, trained workers, and reliable domestic electronics still have to appear, and a contract ceiling cannot manufacture any of them.
This story originally published on SOFREP.
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