The Pentagon’s plan to acquire roughly 300,000 small attack drones should be understood as an attempt to construct a new military production system rather than as an unusually large aircraft purchase. Through the $1.1 billion Drone Dominance Program, the Department of War is using recurring field competitions, fixed-price production orders and increasingly restrictive supply-chain rules to create a domestic market for expendable one-way attack systems. The exact procurement total remains fluid: the original four-phase plan envisioned approximately 340,000 aircraft, while the current program website describes a target exceeding 200,000 and public reporting commonly uses the figure of 300,000. The variation reflects an acquisition program whose quantities, prices and technical requirements are being revised after each competitive phase.
This distinction matters. The program is not procuring miniature versions of the MQ-9 Reaper. It is buying consumable precision weapons constructed around commercial drone technologies: electric motors, batteries, flight controllers, digital video links, relatively simple electro-optical sensors and modular explosive payloads. Their operational logic is closer to a guided munition with reusable control equipment than to a conventional military aircraft. They are expected to be lost during use, replaced in large numbers and modified continuously as electronic warfare and counter-drone technologies evolve.
A competition structured around battlefield performance
Drone Dominance is divided into four approximately six-month acquisition cycles known as “Gauntlets.” Rather than awarding a long-term development contract on the basis of written specifications, the Pentagon brings systems to military ranges, trains service personnel to operate them and scores the aircraft during operationally structured missions. The Test Resource Management Center manages testing, the Defense Innovation Unit coordinates industry participation, and Naval Surface Warfare Center Crane issues prototype orders through Other Transaction Authority agreements.
In the first Gauntlet, 25 companies competed at Fort Benning. Eleven were placed on the initial production leaderboard, led by Skycutter, Neros and Napatree, followed by companies including ModalAI, Auterion, Ukrainian Defense Drones and Griffon Aerospace. The composition of the winners is significant: the field included American start-ups, software companies, established aerospace suppliers and firms connected to Ukrainian combat experience rather than being dominated by the traditional prime contractors.
The second-phase qualifier, conducted at Camp Grayling in June 2026, expanded participation to 49 companies offering 79 different systems. Each competitor was expected to provide approximately 20 aircraft at its own expense. Companies advancing beyond the qualifier must then deliver 120 production-representative drones, associated control equipment and integrated training and lethal payloads before being admitted to the principal Gauntlet II event. This intermediate production test is intended to eliminate companies that can demonstrate a prototype but cannot reproduce it rapidly, document its supply chain or maintain configuration control.
The structure therefore tests three separate propositions: whether a drone can complete the mission, whether ordinary military personnel can use it and whether its manufacturer can build thousands of nearly identical units on schedule. The “factory is the weapon” principle is embedded in the scoring system rather than treated as an industrial issue to be addressed after platform selection.
Two distinct categories of tactical attack drone
Phase II separates the competition into long-range strike and close-quarters assault tracks. The first category must find, track and attack targets at ranges between five and 20 kilometres. The specified target set includes personnel, light vehicles, matériel and heavy armour, with a minimum payload mass of two kilograms. Systems must operate beyond visual line of sight and are intended to support squad- and platoon-level formations.
The close-quarters category is considerably smaller. Its required range is below two kilometres, with a minimum payload of 0.5 kilograms. It is designed for building interiors, trenches, bunkers, tunnels and dense urban terrain. The Pentagon wants teams to carry several aircraft and use them to locate and engage personnel or light vehicles that would otherwise require direct exposure by assault troops. Both categories must function by day and night, in rain, wind and heat, while operating amid communications interference, radio-frequency jamming and degraded or denied satellite navigation.
These requirements reveal the doctrinal ambition behind the procurement. Drone Dominance is attempting to distribute reconnaissance and precision attack capability below the level at which artillery, aviation or specialist unmanned-aircraft units have traditionally operated. A squad equipped with expendable attack drones gains a limited ability to look beyond buildings or terrain, identify a target and deliver an explosive charge without waiting for an external fires network.
This does not make the systems equivalent to artillery. Their payloads are smaller, their performance is highly weather-dependent, and their effective range can collapse under strong electronic attack. Their principal value lies in shortening the tactical kill chain and allowing small formations to generate repeated, locally controlled precision effects.
The program is not yet buying autonomous swarms
Descriptions of the initiative frequently invoke artificial intelligence and swarming, but the published requirements are more conservative. Phase II systems must possess a wireless command link. Radio-frequency, cellular and satellite controls are acceptable, while hybrid links and mesh networking are encouraged. Fibre-optic-controlled drones may compete, but they must also demonstrate operation without the fibre connection.
Automated target recognition, robust image locking, autonomous navigation, dynamic route planning and the ability of one operator to supervise several aircraft are identified as desirable differentiators rather than mandatory capabilities. The Pentagon is consequently buying a spectrum of systems extending from manually piloted first-person-view aircraft to increasingly autonomous weapons. It is not yet imposing a common swarm architecture.
This is a rational near-term compromise. Fully collaborative autonomy introduces problems of target identification, communications, software verification, fratricide and operator accountability that would slow acquisition. Yet the absence of mandatory autonomy also means that merely purchasing hundreds of thousands of airframes will not automatically create massed autonomous combat power. A force of 300,000 drones controlled individually by 300,000 highly trained pilots would create an enormous personnel and training burden.
The decisive technical transition will occur when reliable terminal guidance, navigation without GNSS and one-to-many control reduce the amount of continuous attention required from the operator. Until then, the primary constraint may be trained personnel and usable spectrum rather than airframe inventory.
The price of a drone is not the price of the capability
The program is designed to reduce unit prices as quantities increase. Early planning anticipated approximately $5,000 per aircraft in Phase I and progressively lower prices in later rounds. The final Phase II solicitation establishes fixed prices of $4,500 for long-range aircraft and $3,500 for close-quarters aircraft. Munitions are priced separately at $3,250 for each lethal or training payload.
These figures can be misleading when presented as the cost of an operational weapon. For every 20 expendable aircraft, vendors must provide a set of durable equipment that may include ground-control stations, communications infrastructure, operator interfaces and supporting reconnaissance or relay drones. They must also supply spares equal to 5 percent of common failure components, low-light equipment for at least 20 percent of the aircraft and fibre spools for a portion of fibre-controlled systems. At least 60 percent of delivered drones must include complete fire sets; three-quarters of those are to receive lethal payloads and one-quarter training payloads. Vendors must additionally provide manuals, maintenance documentation and on-site instruction at six locations.
Operational cost will therefore be determined by the entire sortie-generation system: batteries, charging equipment, transport cases, antennas, control stations, software licences, replacement propellers, explosive storage, communications planning and instructor capacity. An inexpensive airframe that requires fragile proprietary control equipment or extensive pilot training may be less economical than a more expensive aircraft that integrates into common ground stations and can be operated after several days of instruction.
Supply-chain independence may be harder than airframe production
The program’s most difficult objective is likely to be eliminating dependence on Chinese components while simultaneously lowering prices. The Pentagon’s own supply-chain framework estimates that China accounts for approximately 92 percent of neodymium-iron-boron magnet production, around 60 percent of global printed-circuit-board fabrication and more than 75 percent of flight-controller assembly. Chinese firms also occupy major positions in lithium-ion cells, motors, electronic speed controllers and semiconductor packaging.
Phase II already requires batteries and motors to come from non-covered countries. Later phases progressively tighten requirements for flight controllers, radios, GNSS receivers, electronic speed controllers, companion computers, imaging systems and ground stations. By Phase IV, the preferred configuration involves American or nearshored assembly, auditable software repositories controlled by American entities, non-Chinese semiconductors and passive components, and domestically manufactured battery packs and cells.
This staged approach acknowledges an unavoidable economic problem. Chinese components are inexpensive partly because they are produced at enormous commercial scale. American suppliers cannot match those prices before they receive substantial orders, while the Pentagon is reluctant to place substantial orders until prices fall. Drone Dominance is an advanced market commitment intended to break that circular dependency by guaranteeing demand and allowing companies to finance production facilities in anticipation of future phases.
The policy nevertheless risks forcing three objectives into direct competition: rapid fielding, low unit prices and comprehensive domestic sourcing. Achieving any two is relatively plausible. Achieving all three within two years will require investment well beyond the $1.1 billion procurement programme, particularly in batteries, rare-earth magnets, printed circuit boards and trusted microelectronics.
The danger of importing the wrong lessons from Ukraine
The programme is strongly influenced by the Russia–Ukraine war, but its published mission profiles are primarily designed for ground formations operating within 20 kilometres of an opponent. That makes the first generations highly relevant to urban warfare, fortified positions and contested land fronts. It makes them less directly applicable to long-distance maritime operations in the Indo-Pacific, where launch platforms, communications relays, navigation, endurance and target identification become much more demanding.
Small expendable drones should therefore supplement rather than displace artillery, missiles, crewed aviation and larger uncrewed systems. Their battlefield effectiveness depends on a supporting architecture of reconnaissance, electronic warfare, data fusion and combined-arms manoeuvre. An adversary that detects control stations, jams video links, attacks battery logistics or deploys inexpensive interceptors can impose losses well before the drones reach their targets.
The broader fiscal context suggests that the Pentagon understands this limitation. Its fiscal 2027 request includes $53.6 billion under Drone Dominance, including $39.2 billion for autonomous-system procurement and industrial capacity and $14.4 billion for counter-unmanned systems. The small-drone competition is thus one tactical element of a much larger transition toward autonomous and remotely operated systems across the air, land and maritime domains.
The real measure of success
Success should not be measured by whether the Pentagon takes delivery of a particular numerical total. Warehouses filled with rapidly ageing drones would reproduce the weaknesses of conventional procurement in a cheaper technological category.
The programme will matter strategically if it creates several manufacturers capable of producing thousands of systems per month, establishes interchangeable payload and control interfaces, sustains software modification during production, and gives military units the authority and training infrastructure to adapt systems locally. Procurement should treat these drones as continuously evolving families of munitions rather than as aircraft expected to remain technologically stable for decades.
The Pentagon is consequently purchasing more than 300,000 flying weapons. It is testing whether the United States can compete in a form of warfare governed by short design cycles, intense electronic adaptation, high material consumption and decentralised tactical innovation. The airframes are the visible output. The durable military capability will reside in the production lines, software architectures, component suppliers, training systems and operational doctrine that remain after the final Gauntlet has concluded.
