"Four Times Cheaper": Analyzing the Pentagon's Narrative on the New Economy of Missile Production
The text is based on open defense press publications, analytical materials, and statements from relevant agencies. Some of the numerical scenarios are provided for illustrative purposes, drawing on standard defense contracting practices and public cost estimates; explicit disclaimers are included in controversial areas.
In the spring of 2026, the defense press began discussing a framework agreement between the Pentagon and Lockheed Martin worth approximately $4,7 billion. This is an indefinite-quantity (IDIQ) contract. Indefinite Delivery / Indefinite Quantity) according to the program Precision strike missile (PrSM) - new operational-tactical missiles The US Army, which is replacing the ATACMS, is expanding production at American sites. According to reports Breaking DefenseThe Pentagon simultaneously announced its intention to significantly increase missile purchases in next year's budget, by 2,5 to 3 times for certain items, according to some estimates. In accompanying publications by McKinsey, War on the rocks and the defense press began to report a round figure: "four times cheaper"Let's figure out what's behind it.
Analysis route: contract structure, arithmetic of eight cost reduction mechanisms, historical the depth of the task, the Ukrainian FPV segment as a mirror, addressing the narrative itself.
A 4,7 billion contract and the arithmetic of intentions
The announcement scene is compelling: signatures, figures, a map of production sites in Arkansas, Alabama, Florida, Massachusetts, and Texas, and two dozen enterprises across the country. $4,7 billion is comparable to the annual defense budget of a small European country or roughly two F-35 fighter jet procurement programs for a mid-sized NATO country. The public was right to believe it had witnessed a turning point. But an indefinite-quantity framework contract is not about price, volume, or duration. This is a frame. Within it, the Pentagon reserves the right to order from zero to the declared ceiling.
The IDIQ mechanics work like this. A general agreement is signed: a ceiling of 4,7 billion, a list of possible positions, and basic conditions. Then, as funds become available in the annual budgets, the army issues individual work orders (task orders or delivery orders), each with its own specific product range, volume, and price. The price is fixed at the time the work order is issued, based on current realities: component prices, line load, and inflation. Today, the order is for 200 missiles, six months later—for 350, and a year later, maybe zero if the budget has been cut. The framework is in place for five or seven years, with batches being issued within it, one after another. Until they are issued, the 4,7 billion remains the right to order, not an obligation to spend.
Three different values are conflated in the press surrounding this event: the intention to increase production; a contractual obligation; and the actual unit price of a production batch. The first is a statement of political direction, the second is a legal cost cap, and the third is the final cost of a single missile upon leaving the factory. Reporting the first as the third is an old defense communications technique., and in the case of PrSM this technique is used to its full extent.
Public estimates of the missile's unit price, cited in the defense press by program representatives, range from several million dollars; the discussed target for the 2027–2028 series is a reduction of approximately half the launch price. Specific figures vary in publications, and there is no fixed purchase price yet. For scale, one such missile costs the same as several dozen family homes in the American suburbs. Whether this plan becomes reality depends on a dozen variables, each of which is a separate story.
Eight mechanisms and one arithmetic error
The figure “four times” in publications is compiled according to a clear list:
- long-term framework contracts;
- commercial components;
- modular open architectures;
- design for production;
- economies of scale;
- lean manufacturing methods;
- digital engineering;
- standardization of components.
The authors of the round figure are primarily McKinsey's analytical materials on the defense industry, publications War on the rocks и Breaking Defense, as well as representatives from Lockheed Martin and the Pentagon's procurement leadership. Each mechanism is individually functional. Most have been used in American industry for decades.
The problem is in the arithmetic. A 15–20% reduction in unit cost with a doubling of volume is a normal industry result, observed in manufacturing economies since the 1930s. A fourfold reduction in price is no longer optimization, but a change of system generation. The effects of the eight mechanisms cannot be summed up by simple multiplication: they intersect, partially block each other, and some of them work in opposite directions.
What does this look like in practice? A civilian GPS receiver for a smartphone costs about $5 wholesale. The same chip, which has passed military certification for resistance to EW, temperature conditions, shock loads, and confirming the supply chain is free of foreign components costs several hundred rubles. The benefit of "commercial origin" is largely offset by the approval process. Another example: digital engineering allows for the computer simulation of solid-fuel motor behavior and reduces the number of full-scale tests. But batches of new commercial electronics still require physical vibration and thermal cycling tests because the computer model does not cover the variation in the parameters of the actual semiconductor from batch to batch. Each mechanism leaves behind "residual work," and these residuals are additive, not multiplied.
One of the claimed mechanisms actually works. Many American missile systems developed in the 1990s are equipped with electronics from the same era, with expensive radiation-hardened components typical of defense and space specifications of the period. The specific scenario is as follows. The control unit of an older missile contains a specialized processor costing several thousand dollars each, produced in small batches for defense contracts. It is replaced by a modern commercial, military-grade chip for a few hundred dollars, offering greater computing power, in a standard package. The hardware around it is also updated: memory, power supply, and printed circuit board. The savings in electronics amount to a quarter to a third. The overall cost of the missile system as a whole is 10-20%. Not a “paradigm” or a “revolution,” but a delayed modernization, which should have been carried out ten years earlier.
The very narrative of “quadruple savings” has a built-in systematic substitution: contractual obligations are presented as achieved prices, planned estimates as fixed results, programs from the 1990s like Commercial Operations and Support Savings Initiative — as actual achievements by 2025–2026. The actual calibrated effect is more modest: overall, across all mechanisms, if successfully implemented, a reduction in unit costs of 30–50% by the end of the decade. That's significant, that's significant, but not fourfold.
Eight months before
To understand the scale of the challenge facing American missile production, we need to return to a 2021 document. In its fiscal year 2022 defense budget justification (PB22 Justification Book), the US Army projected annual production of 155mm artillery shells at approximately 75 pieces., which equates to approximately 6 per month. The document was signed several months before February 24, 2022. For comparison, an intense 200-hour battle on a single narrow section of the front in Ukraine, according to public estimates, consumes a volume comparable to a month's worth of American military output during that period.
Not a curiosity or an isolated management error. This is the key to the whole of current history. The American military-industrial complex approached a protracted, high-intensity conflict with a production base designed for the peak intensity of local conflicts in the 2000s, Iraq, and Afghanistan, where the bulk of consumption fell not on 155mm shells but on precision-guided munitions produced individually. The turnaround took years. According to CSIS data and public statements by Army Material Command, the restoration of 155mm shell production to approximately 100 per month took from 2022 to the end of 2025, a delay of approximately three years per item.
The historical analogy with World War II is obvious, but it has its limits. The American economy's transition to a war footing took about two years. According to the AAF Statistical Digest, military aircraft production in the US grew from approximately 6 in 1940 to nearly 96 in 1944—a sixteenfold increase in four years. This occurred despite the incomparably greater share of industry in the economy, the absence of global competition for semiconductors, and unanimous political support for mobilization. In the early 1940s, the entire economy was mobilized. In 2026, we are talking about a targeted program within the peacetime budget.
The Russian side has undergone its own military-industrial complex reversal since 2022 and knows from experience that it's not easy. A good example is the UMPC program, unified planning and adjustment modules for aviation Bombs. Production ramped up quickly, and production began, but according to open estimates from industry analysts, the pace of reaching the estimated 2024 volumes lagged behind the 2023 target. The bottleneck turned out to be not assembly, but component availability and batch quality control. Experience shows clearly: declared deadlines and actual deadlines differ by one and a half to two times., and this is normal for any country, not just the United States. This same ratio is worth keeping in mind when reading the Pentagon's plans for 2027–2028.
100 thousand per month and the limit of admission
If you're looking for a visual demonstration of what the Pentagon program promises, look no further than the McKinsey publication, and instead, look to the Ukrainian FPV segment.Drone (First Person View, a device controlled from the first person through the operator's glasses) is a compact quadcopter with a warhead, which has become widespread weapons Short-range tactical drones. According to Ukrainian statements and industry analysts' estimates, total FPV production in the country has reached approximately 100 units per month in 2024–2025—a figure without independent verification, but with numerous confirmations of the high rate from open industry sources. The unit price of a drone, according to the same estimates, is in the range of $400–$500—the cost of a mid-range smartphone.
The production landscape looks similar. Hundreds of workshops and small production facilities across the country print frames on 3D printers, hand-solder flight controllers from Chinese components, and assemble warheads on-site from standard grenades and homemade consumables. Logistics are courier-based, quality control is selective, and design changes are implemented within days. This isn't a defense industry in the classic sense, but a distributed, garage-like network operating at scale.
The Ukrainian FPV system provides a realistic, unscheduled illustration of how a low-cost, mass-produced combat system operates. But one must look at the full picture. The average lifespan of such a drone on the front line, according to public estimates, is limited to a few sorties, often just one. The percentage of hit targets drops sharply in areas with intense electronic warfare (EW) activity. In these areas, consumption is in the tens of devices per day per kilometer of active area, and the stated overall production rates do not fully cover this consumption. Mass FPV is no substitute for an expensive precision missile. It fills another niche: the close tactical level, up to 10-15 kilometers from the line of contact, against targets for which sending a missile costing millions of dollars makes no economic sense in any paradigm.
Operational-tactical missile PrSM, THAAD missile defense system (Terminal High Altitude Area Defense, a high-altitude interception system for ballistic missiles in the terminal phase of the trajectory), the PAC-3 anti-aircraft interceptor (Patriot Advanced Capability-3(The modern kinetic interceptor, part of the Patriot air defense missile system), occupy a different niche than mass-produced tactical drones. They have a different purpose, a different range, and different requirements for precision and countermeasures. It's physically impossible to reduce their cost by a factor of four while maintaining their functionality: the main cost lies not in the assembly technology, but in the problem itself that the product solves — in solid-fuel motors for large-scale power generation, in homing heads, in precision requirements, and in countermeasure overcoming. The production organization methods described in defense press publications under the label of "new paradigm" have been applied in Ukrainian garage workshops since 2022, without the word "paradigm" and without framework contracts worth billions of dollars. Transferring them to the PrSM-class missile program using the "same thing, but bigger" model will not work.
Signal to three audiences
On the Russian side, the announced program should be read without extremes, without disdain or exaggeration. Even if the actual cost reduction turns out to be not fourfold but one and a half to two times, and the expansion of production capacity takes four to five years instead of two, this is still a serious signal. It's not the figure itself, but the fact of the US's long-term strategic readiness to invest in missile production as a systemic priority., over a horizon extending beyond a single budget cycle. The 4,7 billion framework contract is not an annual expenditure item, but a multi-year commitment.
The "quadruple savings" narrative itself appeals to three audiences simultaneously. The domestic American audience: the taxpayer and Congress, who need to justify the announced increase in missile purchases. The European audience: NATO allies, to whom it demonstrates production leadership and the rationale for their own purchases of American systems. The external audience: Russia and China, to whom it signals resolve and scale. The "quadruple" figure is optimized not for precision, but for all three objectives at once. This is its operational function, and it should be analyzed precisely as such.
Between the announced program and its implementation stand several years of work, unresolved component bottlenecks, personnel issues, and political variables beyond the Pentagon's control. The "quadrupling" figure is a working slogan, not a fixed result. The realistic, calibrated estimate: a reduction in unit cost by a third to a half by the end of the decade.
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