The Navy’s Tomahawk missile story is no longer about whether the weapon works—it’s about whether the United States can produce and preserve enough of them to keep 10,000 launch cells credibly loaded for sustained war.

Key Points

• The U.S. fleet has roughly 10,000 vertical launch cells but not enough Tomahawks and other missiles to fill them even once.
• Combat operations since 2023 have burned through thousands of Tomahawks, exposing a structural gap between wartime use and peacetime production.
• The Navy is now seeking a 1,200% surge in Tomahawk procurement and backing a Raytheon/RTX plan to lift annual output to over 1,000 missiles.
• Analysts expect it will take most of the decade to restore pre-war stocks, constrained by workforce, tooling, and key component bottlenecks.

From Full Magazines to “Dangerously Low” Stocks

For most of the Tomahawk’s history, the central question was whether this long-range cruise missile could reliably penetrate defenses and hit its targets. It has answered that decisively: since entering service in the 1980s, Tomahawks have been used hundreds of times in combat, from Desert Storm to recent strikes in the Middle East. Today, the concern is not performance but arithmetic—how many missiles remain on the shelf and how fast they can be replaced.

The modern U.S. surface fleet carries about 10,000 vertical launch system (VLS) cells capable of firing Tomahawks and other major missiles. Internal assessments and outside analyses now converge on a stark fact: the Navy does not have enough missiles in inventory to fill those cells even once. Heritage Foundation estimates, echoed in subsequent work, suggest that after expending at least 2,900 Tomahawk land attack missiles (TLAMs) and 2,800 Standard Missiles in recent campaigns, the United States retains roughly 6,000 TLAMs and 11,000 SM-series missiles—only about 17,000 munitions for 10,000 cells, and most of those must also cover air and missile defense roles.

The scale of recent usage is what turned a chronic underproduction problem into a strategic shortage. Operations against Houthi forces in Yemen and, later, strikes in the Iran war saw more intercepts and offensive shots in a few years than the Navy fired in the three decades after Desert Storm. Some carrier strike groups alone consumed hundreds of defensive missiles and well over a hundred Tomahawks. That tempo collides directly with a production system that had, until recently, been buying Tomahawks in mere dozens per year.

How Tomahawk Production Fell Behind Wartime Use

Tomahawk is a relatively mature system. The Block IV and Block V variants now in service are the latest iterations of a missile first fielded in the early 1980s; the current non-nuclear sea-launched models are built exclusively by Raytheon, part of RTX. In peacetime, Pentagon planners tended to buy enough missiles to keep production lines warm, not enough to rapidly rebuild a war-depleted stockpile. That meant procurement rates as low as 22–57 missiles a year in the mid‑2020s.

That pattern was not accidental. Industry assessments and Navy budget data show a long history of fluctuating Tomahawk orders—surges followed by cancellations—that discouraged manufacturers from investing in extra capacity. Raytheon and its suppliers optimized for a “minimum sustainment rate,” often around 90 missiles per year, which kept subcontractors alive but preserved little slack. Dropping below that threshold risked subcontractors exiting the business; climbing dramatically above it required expensive, long-lead investments.

Uneven demand translated into bottlenecks in critical components like solid rocket motors. Each new Tomahawk can have a lead time on the order of two years from contract award to delivery. Pentagon documents obtained by reporters showed that orders placed in 2023 were not expected to begin arriving until January 2025, at a rate of only five missiles per month—wholly inadequate given that recent conflicts burned through hundreds.

All of this explains how the Navy arrived at what senior leaders have called “dangerously low” stockpile levels: a fleet configured for high-end combat, a weapon that works, and a production system tuned to peacetime trickle rather than wartime replacement.

The 1,200% Procurement Surge and RTX’s 1,000-Per-Year Ambition

Faced with the reality that it could not reload its fleet even once, the Navy has pivoted from incremental buys to an industrial surge. In its fiscal year 2027 budget request, the service asked Congress for roughly $3 billion to purchase 785 Tomahawk missiles—a 1,200% increase over the 58 missiles funded in fiscal 2026. Roughly half of that request, about $1.5 billion, is earmarked for “Tomahawk mods”: modification kits meant to upgrade older Block IV missiles to the new Block V standard and extend their service life by roughly 15 years.

In parallel, RTX announced in February 2026 that Raytheon had secured five framework agreements with the Pentagon to expand production capacity across several missiles, including Tomahawk. The plan is ambitious: raise Tomahawk output to “over 1,000” missiles per year over a seven‑year span, up from a minimum sustainment rate of about 90 and a theoretical maximum of roughly 600 at current facilitization. The company is investing in multiple facilities—Tucson, Huntsville, Andover—to add shifts, machinery, and workforce.

These framework deals are structured to give industry predictable, multi‑year demand signals rather than sporadic, year‑to‑year fluctuations. Payments are staged to fund plant upgrades and supplier expansion ahead of full-rate production. Defense analysts generally view this as a necessary correction to “just‑in‑time” manufacturing in munitions—a domain where long-lead items, classified designs, and specialized labor make true surge capacity hard to create on short notice.

On paper, then, the Navy and RTX have aligned: a budget request that funds nearly 800 new missiles and major upgrades to existing stocks, and an industrial plan that, if realized, would more than ten‑fold Tomahawk output compared to the low point of FY2026. The question is less about intent than execution.

Why Rebuilding the Tomahawk Magazine Will Take Years

The public narrative around Tomahawk stocks often oscillates between reassurance—“production will exceed 1,000 per year”—and alarm—“we can’t fill our launch cells even once.” Both statements are grounded in real data, but they describe different time horizons. Analysts at AEI and CSIS argue that, even with the surge plans, the United States is unlikely to restore pre‑war Tomahawk inventory levels before the end of the decade.

The constraints are structural. Tooling and specialized workforce cannot be conjured overnight; engineers and technicians need training, security clearances, and experience with complex quality assurance regimes. Suppliers of rocket motors and guidance components must expand capacity and, in some cases, restart lines that have been operating at minimal rates. New facilities—whether RTX plants or subcontractor sites—require environmental approvals, contracts, and integration into classified supply chains. Each of those steps has a multi‑year timeline.

Moreover, the Navy is not just buying new missiles; it is also trying to modernize its existing inventory. The $1.5 billion “Tomahawk mods” line in the FY2027 budget supports upgrade kits to turn legacy Block IV missiles into Block V weapons with extended shelf life and enhanced targeting. That is a smart way to stretch existing assets, but it also consumes industrial bandwidth. The same factories and technicians must juggle both new production and refurbishment.

Budget inertia has played a role as well. Defense Department documents show that the Navy requested only 57–58 Tomahawks for FY2025–26, even as combat usage spiked. Critics describe this as bureaucratic lag—procurement cycles and appropriations that simply did not respond fast enough to operational realities. Congress has since injected billions into the broader munitions industrial base, but the early years of the shortfall widened the gap between inventory and need.

The Strategic Risk: Empty Cells in a 10,000-Cell Fleet

Why does the inability to “fill the cells once” matter so much? The reason lies in how the U.S. Navy plans to fight. Vertical launch cells are the core of modern surface combat power. They carry Tomahawks for land attack, Standard Missiles for air and missile defense, and increasingly other specialized weapons. In a high-end conflict—whether against Iran, a regional adversary, or a peer competitor like China—ships must be able to sustain multiple days or weeks of firing without running dry.

When inventory is thin, commanders face brutal allocation decisions. A destroyer that burns most of its missiles defending itself against cheap drones has fewer Tomahawks available for deep-strike missions ashore. A fleet that cannot reload at sea, and must instead transit thousands of miles to rearm in port, forfeits operational tempo. The recent experience of expending nearly a billion dollars in interceptors against inexpensive threats crystallized that vulnerability: the arsenal can be drained quickly by a determined adversary willing to trade cheap attackers for expensive defenses.

Analysts warn that the current Tomahawk shortfall is emblematic of a broader munitions issue. Studies of U.S. missile production show similar gaps across several systems—air-to-air missiles, long‑range anti‑ship weapons, and others—where peacetime procurement has not kept pace with plausible wartime expenditure. In that sense, the Tomahawk story is not just about one missile, but about the industrial foundations of American power projection.

Can the Navy Close the Gap Before the Next Crisis?

The Navy and its industrial partners are not blind to these risks. The surge in FY2027 procurement, multi‑year agreements with RTX, targeted investments in rocket motor plants, and experiments with modular missile architectures all point to a more industrially conscious approach to munitions. If the planned capacity increases are realized and sustained—not just announced—Tomahawk output on the order of 1,000 per year would, over several years, meaningfully thicken the fleet’s magazines.

Yet the evidence-based judgment today is that there is no quick fix. The fleet’s roughly 10,000 cells will remain only partially loaded for years, and a major conflict in the near term would force the United States to fight with a thinner margin of missile depth than planners assumed when those ships were designed. That is the uncomfortable truth at the heart of the Tomahawk debate: operational success has outpaced industrial preparation, and the math of replenishment will dominate naval strategy until the production system catches up.

Sources:

cbsnews.com, youtube.com, aei.org, rtx.com, militarytimes.com, washingtonpost.com, facebook.com, en.wikipedia.org, 19fortyfive.com, britannica.com, airandspace.si.edu