Army Drones as Ammunition: Streamlining Supply & Scaling Production
Ukraine’s Drone Warfare Reshapes Battlefield, Forces Rethink of Military Logistics
Kyiv, Ukraine – The relentless thrum of small drones has become the soundtrack to the war in Ukraine, a constant presence over trenches and battlefields. What began as a tactical novelty has rapidly evolved into a critical component of modern warfare, forcing both Ukraine and, increasingly, its allies to fundamentally rethink military logistics and procurement. The sheer scale of drone usage – and loss – is unprecedented, turning the traditionally meticulous world of military supply into something resembling ammunition expenditure.
Ukraine is currently burning through an estimated 200,000 drones per month, a staggering 900% increase from the 20,000 deployed just last year, according to the Kyiv Post. This isn’t about sophisticated, multi-million dollar reconnaissance aircraft; it’s about relatively inexpensive, commercially available quadcopters and first-person view (FPV) drones, costing in the low thousands of dollars – comparable to the price of a 120mm mortar round. This shift in battlefield economics is profound.
“It’s a completely different mindset,” explains Zachary Griffiths, commander of 4th Battalion, 10th Special Forces Group (Airborne), who, along with Jeff Ivas, commander of the Advanced Technical Operations Company within the same unit, recently outlined a radical proposal to address the logistical challenges. “For decades, militaries have treated equipment as something to be maintained, repaired, and protected. Now, we’re talking about systems designed to be expended.”
🇺🇦’s drone warfare is changing the game. The US Army is now looking at treating drones as “ammunition” – a massive shift in procurement & logistics. https://t.co/q9q9q9q9q9
— Worldys News (@worldysnews) November 8, 2025
The Ammunitionization of the Sky
The core of the proposed solution, detailed in a recent War on the Rocks analysis, is to integrate small drones directly into the existing military ammunition supply chain. Currently, units purchase and maintain drones using operational funds, track them as valuable equipment, and grapple with complex property loss investigations when they are inevitably destroyed. This system is simply not equipped to handle the scale of drone attrition seen in Ukraine.
The authors argue that designating drones as “conventional ammunition” under the Army’s lead would streamline the process dramatically. Units would forecast their drone needs, request them through the established ammunition forecasting system, draw them alongside rifle rounds and grenades, and expend or return them without the bureaucratic hurdles. This mirrors the current process for Javelin anti-tank missiles, where units request specific identification codes for missiles and components, check seals, and draw authorized ammunition.
“We’ve watched faulty rotors and bad fiber ground drones unexpectedly at takeoff,” Ivas notes. “Common controllers must talk to any issued drone, connect quickly, and tie into the widely issued Tactical Assault Kit phones and software.” The emphasis is on standardization and rapid replacement, rather than meticulous maintenance of individual units.
A Global Arms Race in Miniature
This shift isn’t just about Ukraine. The United States military is already recognizing the need to adapt. Defense Secretary Pete Hegseth recently directed the services to treat small drones as consumables and to “modify or delete” policies that slow procurement. The Army’s SkyFoundry effort aims to produce 10,000 small drones per month, but simply having the drones isn’t enough. A functioning logistical system is crucial.
The implications extend far beyond the immediate battlefield. According to a recent report by the Stockholm International Peace Research Institute (SIPRI), global military expenditure reached $2.44 trillion in 2023, with a significant portion increasingly allocated to unmanned systems. This trend is expected to continue, driven by the lessons learned in Ukraine and the proliferation of drone technology.