The Orders Keep Coming
Washington’s Quarrels with Kiev and the Business of War
Twelve missiles a month is a meager allocation against the demands Ukraine describes. American production and stockpiles, however, have limits of their own. Even during the politically warmer Biden years, satisfying Ukrainian air-defense requirements required Washington to rearrange other customers’ place in the queue. In June 2024, Biden announced that countries awaiting American air-defense systems would have to wait while Ukraine received priority. Enthusiasm was more abundant than equipment. (Roll Call)
Zelenskiy’s demand for a dramatic increase in deliveries should therefore be read in two ways. There is the military requirement, which is real. There is also, in my assessment, a calculated political demand intended to make the Trump administration’s response part of the American domestic argument. An industrial shortage becomes another accusation against the occupant of the White House, conveniently available to his Democratic opponents.
The demand is audacious because it treats scarce production capacity as though the appropriate degree of public indignation could expand it overnight. Factories remain remarkably indifferent to that particular instrument of Ukrainian diplomacy.
The larger question concerns what Washington is preparing to supply next. The evidence points toward sustained involvement through weapons that can be manufactured more cheaply, purchased in larger quantities, and adapted quickly to battlefield requirements. The Army’s counter-drone acquisition programs already show that approach moving into practice. (www.army.mil)
The Economics of Staying in the War
Patriot is an expensive answer to a demanding set of threats. Using sophisticated interceptors against large numbers of relatively cheap attack drones creates an unfavorable exchange between the cost of the target and the cost of destroying it. The Army has explicitly identified that imbalance as a reason for acquiring lower-cost counter-drone systems. (www.army.mil)
For Ukraine, the cumulative pressure of drone attacks can be at least as consequential as individual ballistic-missile strikes. The strategic attraction of a cheaper interceptor is straightforward: it allows the defender to engage more targets while preserving scarce missiles for threats that require them. An interception that succeeds militarily can still leave the procurement accountant requiring medical attention.
Merops illustrates the emerging approach. Developed by Perennial Autonomy, formerly Project Eagle, the system had already demonstrated its effectiveness in Ukraine before the U.S. Army accelerated its acquisition. Its airborne interceptors can operate autonomously or under remote control and engage hostile drones through direct impact or an explosive warhead. (www.army.mil)
The price and production potential are particularly significant. During congressional testimony in April, Army Secretary Daniel Driscoll said the service had purchased approximately 13,000 Merops interceptors within about eight days of the beginning of the conflict with Iran. He put the price at roughly $15,000 each and suggested that production at scale could bring it below $10,000. In a separate Bloomberg interview, he raised the possibility of prices falling to $3,000–$5,000 with larger orders. Those lower figures remain projections; they nevertheless reveal the economic ambition behind the program. (TWZ)
The institutional timetable is equally revealing. According to Colonel Christopher Hill, director of the Army’s Global Tactical Edge Acquisition Directorate, or G-TEAD, Merops entered the formal procurement framework in 142 days, ahead of the directorate’s 180-day target. Hill described Ukraine’s influence directly: “that’s where it came from.” The battlefield had supplied both the requirement and evidence that a response was available. (TWZ)
Training is becoming part of the same structure. A twenty-day instructor course in Poland qualified personnel from Poland, Romania, and the United States to teach others to operate the system. The Army also documents fielding and training in both Poland and Romania. These arrangements establish the personnel and support infrastructure required to turn a promising weapon into a repeatable capability. (DVIDS)
The location of those programs places them within the military ecosystem surrounding Ukraine. Their stated purpose includes NATO’s own defense, while Ukraine’s experience continues to shape the technology. This is a two-way relationship: weapons reach a battlefield, lessons return, and the resulting product acquires additional customers.
A Growing Product Range
Merops belongs to a wider family of relatively inexpensive unmanned systems. Bumblebee provides another example. Its quadcopter platform has reconnaissance and strike applications, while the Army has acquired the Bumblebee V2 for counter-drone use. A $5.2 million agreement with Perennial Autonomy put that acquisition into a formal program of operational assessment. (Perennial Autonomy)
Raytheon is pursuing the faster end of the interception problem through Coyote. Its new Block 2C+RM upgrade incorporates a rocket motor, a revised seeker, and a new warhead to address more demanding drone threats. RTX announced three developmental tests in October and identified the work as company-funded development supporting an urgent American military requirement. (RTX)
The common commercial proposition is clear: an affordable weapon that can be produced in numbers and purchased repeatedly. American forces create one source of demand. Allies and partners create others. Ukraine supplies particularly immediate requirements and an unusually unforgiving environment in which performance claims encounter reality.
Hill’s caution about transferring capabilities between theaters is important here. A system shaped by the Ukrainian battlefield requires attention to the conditions in which it will be used elsewhere. Geography, employment, and the nature of the threat influence its usefulness. Buying the equipment is one part of acquiring the capability. (TWZ)
This theater-specific development strengthens the argument that the industrial effort carries a longer horizon than the latest political exchange between Trump and Zelenskiy.
Cheaper Weapons, Continuing Commitments
Washington’s hesitation over expensive strike systems such as Tomahawk is compatible with investment in cheaper alternatives. Escalation concerns, finite inventories, manufacturing costs, and production schedules can all influence the choice of weapons supplied. A government can restrict a particular transfer while sustaining its broader military involvement through other means.
Eric Schmidt’s Swift Beat provides a direct illustration of the Ukrainian connection. In July 2025, the company signed a long-term partnership memorandum with Ukraine covering expanded production and priority supply of unmanned systems, including interceptors, reconnaissance quadcopters, and medium-range strike drones. The Ukrainian presidency’s announcement also described cooperation with Ukrainian engineers and military personnel and testing on Ukrainian territory. (president.gov.ua)
Hornet belongs to the product range now presented by Perennial Autonomy, alongside Merops interceptors and Bumblebee quadcopters. The company describes its founding purpose as helping Ukraine and emphasizes the continuous use of operational experience to improve its systems. The relationship between battlefield employment and commercial development is stated openly by the manufacturer. (Perennial Autonomy)
AEVEX, which previously supplied the Phoenix Ghost family used in Ukraine, is developing another platform with the same emphasis on affordability and production scale: the jet-powered Specter. The company describes a modular autonomous aircraft with ground-launched and air-launched variants, interchangeable payloads, and an architecture intended for contested operating environments. (TWZ)
AEVEX emphasizes rapid adaptation and scalable manufacturing. The exact unit price remains undisclosed. Its commercial appeal depends on delivering useful capabilities at a cost that permits repeated expenditure in combat. The desired combination is technologically ambitious and financially disciplined, at least by the standards of an industry whose customers have become accustomed to receiving expensive surprises. (AEVEX)
The first flight is planned for December 2026. According to an AEVEX representative, the initial aircraft will undergo basic flight testing and be recoverable for further evaluation. A Ukrainian combat deployment has yet to be established by the published information. (TWZ)
My expectation is that Ukraine could become an important venue for subsequent operational evaluation. The logic is the same as in the programs already discussed: repeated employment generates information about reliability, navigation, electronic-warfare conditions, and practical military usefulness. A representative body of operational evidence requires repeated use. In that scenario, the testing relationship would become another channel through which American-developed weapons enter the conflict.
The Factory Has a Longer Memory
The decisive issue is the industrial commitment.
Production at scale requires facilities, suppliers, trained personnel, testing arrangements, and dependable access to components and payloads. These commitments become easier to justify when manufacturers and their customers anticipate sustained demand. A temporary diplomatic quarrel offers a poor basis for recovering the cost of a factory.
There is already concrete evidence of such institutional investment. In October, Perennial Autonomy announced a production partnership with the McAlester Army Ammunition Plant to supply payloads for Merops, Hornet, and Bumblebee. The arrangement links autonomous systems with an established American ordnance producer and is explicitly presented as a foundation for supporting partner forces over the coming years. (Perennial Autonomy)
The programs have different origins and funding arrangements. Some involve direct government procurement; others include private development undertaken in anticipation of military orders. Together, they show a convergence between manufacturers seeking customers and military institutions seeking affordable mass. The Pentagon’s acquisition machinery supplies continuity that survives changes in the tone of a press conference. (www.army.mil)
The strategic inference should be stated precisely. These investments indicate an expectation of continuing demand across Ukraine, NATO, and other theaters. They also provide an expanding industrial basis for sustaining Ukrainian military capabilities whenever the political decision is made to do so.
Ukraine consequently occupies several positions in the American military-industrial calculation. It is a recipient of weapons, a source of operational experience, and an instrument in the confrontation with Russia. European purchasing arrangements can help finance the first function, while manufacturers and American forces benefit from the second. Zelenskiy’s own account of European-funded purchases from the United States illustrates how the commercial relationship can continue amid political disputes. (Ukrinform)
This is why personal friction between Trump and Zelenskiy provides an incomplete guide to American intentions. The more revealing evidence lies in contracts, production capacity, training programs, and the systems moving through development.
Washington may argue with Kiev over gratitude, targeting, money, and the terms of a settlement. The industrial relationship can keep developing throughout the argument.
War presents American business with technical problems, operational data, and customers under pressure to buy. Its most durable commitments are recorded in production schedules.
The politicians can continue exchanging insults. The factories have orders to fill.