The U.S. Army is actively scouting industry for cheap, mass-produced drones it can put into the hands of individual soldiers, a procurement push that could reshape how ground forces operate at the squad level. Through at least two federal solicitations posted to SAM.gov, the service is seeking small uncrewed aircraft systems built for dismounted infantry, signaling that the Pentagon’s vision of one drone per soldier has moved from concept to concrete acquisition planning.
Federal Notices Signal Scale Ambitions
The Army’s approach starts with market research, not a contract award, but the scope of the ask reveals how seriously the service treats small-drone proliferation. One posting is a Sources Sought Notification seeking low-cost SUAS airframes, aimed at identifying vendors capable of producing lightweight, affordable small uncrewed aircraft systems in volume. A separate notice, filed under reference W58RGZ-25-2-SS04, is a broader Sources Sought for Uncrewed Aircraft Systems for the United States Army, casting a wider net across the drone industry.
In the airframe-focused notice, the Army describes its interest in small drones that can be carried and operated by individual soldiers without dedicated launch equipment or extensive training. The emphasis is on simplicity and manufacturability rather than bespoke, high-end performance. By contrast, the broader uncrewed systems notice signals a willingness to consider more integrated solutions that bundle airframes, sensors, ground control stations, and software into cohesive packages. Read together, the two requests sketch out a spectrum of options the Army is willing to explore, from modular building blocks to turnkey systems.
Sources Sought notices are not binding commitments. They function as formal requests for information, asking companies to demonstrate whether they can meet the Army’s requirements before the service commits to a solicitation. But issuing two overlapping notices on small drones suggests the Army is pressure-testing the industrial base from multiple angles, looking at both airframe-specific suppliers and full-system integrators to see which path scales fastest. The language in the airframe market research emphasizes production capacity and price points, while the broader uncrewed systems inquiry places more weight on mission profiles and system-level performance.
Why the Army Wants Drones at the Individual Level
The logic behind putting a drone in every soldier’s kit is straightforward, aerial awareness at the lowest tactical echelon. Squads operating in contested terrain, whether urban blocks or dense vegetation, currently depend on higher-echelon assets for overhead surveillance. That means waiting for a platoon or company-level drone, a helicopter, or satellite imagery. Each layer adds time and coordination overhead. A soldier-carried drone eliminates that dependency, giving a fire team the ability to look over the next ridge or around the next corner without exposing anyone to direct fire.
This is not a theoretical advantage. Ongoing conflicts in Ukraine and elsewhere have demonstrated that cheap, commercially derived drones provide real-time intelligence and strike capability at a fraction of the cost of traditional platforms. Infantry units on both sides of the line in eastern Ukraine have used consumer-grade quadcopters for reconnaissance and improvised munitions delivery, proving that small drones alter the calculus of ground combat even when they cost a few hundred dollars apiece. The Army’s solicitations reflect a service trying to institutionalize what irregular and conventional forces worldwide have already validated through battlefield use.
At the squad level, a drone can support route clearance, building clearance, and ambush detection. A team leader can send a quadcopter down an alley or into an upper story window before committing troops, or scan tree lines for concealed positions. For units tasked with defending positions, persistent small-drone coverage can reveal enemy movement long before it reaches effective small-arms range. The core idea is to make overhead sensing as ubiquitous as night-vision devices became in previous decades.
Low Cost Is the Binding Constraint
Achieving one drone per soldier is less a technology challenge than an economics problem. The Army fields hundreds of thousands of active-duty soldiers and additional reserve and National Guard personnel. Equipping even a fraction of that force with individual drones requires unit costs low enough to absorb losses without budget strain, because small drones in combat zones are effectively expendable. They crash, get shot down, jam out, or simply wear out after limited flight hours.
The emphasis on “low-cost” airframes in the SUAS-focused notice points directly at this reality. The Army does not need each soldier carrying a high-endurance platform with advanced sensors. It needs something simple, rugged, man-portable, and cheap enough that losing one does not trigger a property accountability investigation. That profile fits a category of drones sometimes called “attritable,” designed to be produced fast, used hard, and replaced without significant logistical pain.
The tension, though, is between affordability and capability. A drone that costs little but cannot fly in wind, hold a stable video feed, or resist basic electronic jamming offers limited tactical value. The Army’s market research phase is partly about finding the sweet spot, systems cheap enough for mass fielding but reliable enough that soldiers will actually trust and use them under fire. That calculus extends beyond the airframe to batteries, replacement parts, and training time; a drone that is cheap to buy but expensive to sustain may not meet the Army’s definition of “low-cost” over its life cycle.
Supply Chain and Production Hurdles
Even if vendors can design the right drone, manufacturing it at scale for the U.S. military introduces its own friction. Defense procurement has historically struggled with rapid scaling of commercial-style products. The Pentagon’s acquisition system is built around large, complex platforms with long development timelines, not consumer electronics production cycles. Adapting that system to buy tens or hundreds of thousands of small drones per year would require new contracting vehicles, faster quality assurance processes, and supply chains that do not depend on adversary nations for critical components.
That last point is particularly sensitive. Many commercial drone components, including motors, flight controllers, and camera modules, trace back to manufacturers in China. Congressional pressure and Department of Defense policy have increasingly restricted the use of Chinese-origin drone technology in military applications, most notably through restrictions on DJI products. Any vendor responding to the Army’s solicitations will likely need to demonstrate a supply chain free of Chinese dependencies, which narrows the field and could push unit costs higher than purely commercial alternatives.
The dual-notice approach may be the Army’s way of hedging against these constraints. By soliciting both airframe-specific and full-system responses, the service can compare whether it is cheaper and faster to buy complete drones off the shelf or to procure airframes separately and integrate government-furnished electronics. Each path has tradeoffs in cost, speed, and operational flexibility. Airframe suppliers might promise rapid scaling using existing commercial production lines, while full-system integrators could offer tighter cybersecurity, better training packages, and smoother integration with existing Army networks.
Security and Interoperability Risks
Mass adoption of soldier-level drones introduces risks that go beyond procurement logistics. Every drone transmitting video back to a soldier’s handheld controller is a radio-frequency emitter, and in contested electromagnetic environments, those emissions can be detected, jammed, or exploited. An adversary that can locate soldiers by tracking their drone signals turns a tactical advantage into a targeting vulnerability.
Data security is another concern. Drones that store or transmit imagery must meet cybersecurity standards to prevent interception or manipulation. Low-cost designs that cut corners on encryption or firmware integrity could expose sensitive battlefield intelligence. The Army will need to balance cost pressure against information assurance requirements, and that balance is not simple when the goal is a device cheap enough to lose. Requirements for secure links, hardened GPS, and tamper-resistant software all add cost and complexity.
Interoperability adds a further layer of complexity. If different units field different drone models from different vendors, the ability to share feeds, hand off control, or integrate drone data into common operating pictures degrades. Commanders may find themselves managing a patchwork of proprietary control apps and incompatible data formats. To avoid that fragmentation, the Army is likely to favor systems that can plug into existing tactical networks and adhere to common standards for video and metadata. That, in turn, could influence how it evaluates responses to the current market research, favoring vendors that can demonstrate not just a capable drone, but one that fits cleanly into the broader digital architecture of modern ground combat.
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*This article was researched with the help of AI, with human editors creating the final content.
