The World’s Most Expensive Missiles (2026): When the Missile Costs More Than the Target

The short answer

The highest per-missile figure belongs to the LGM-35A Sentinel intercontinental ballistic missile programme: the total programme divided by missile count exceeds 222 million dollars. But the real subject of this file is not the ranking: in modern air defence a missile can cost hundreds of times more than what it shoots down. A four-million-dollar PAC-3 MSE downs a thirty-thousand-dollar attack drone — a cost asymmetry of about a hundred and thirty to one. In Ukraine and the Red Sea that equation made the defence itself unsustainable.
Every row is labelled with the cost category it rests on.

Missile prices are rarely discussed alone in defence debates, because the real question is not what a missile costs but what it was spent to hit. A thirty-million-dollar interceptor stopping a ballistic missile is a reasonable investment. Spending that same class of interceptor to bring down a thirty-thousand-dollar powered glider is an entirely different calculation. This file ranks the most expensive missiles first, then opens up the most critical defence problem of recent years.

Methodology: which number is a missile’s price?

Missile costs carry the same labelling problem as the rest of this series, and on strategic missiles the programme-division trap reaches its most extreme form:

Type of figure	What it covers	How reliable is it?
Budget unit cost	The missile alone; launcher and radar excluded	The cleanest basis for comparison; published in the US budget
Programme ÷ units	Total programme including R&D, infrastructure and silo modernisation	As with the Sentinel, it runs far above the price of the missile
System price	Missile + launcher + radar + fire control	In air defence, confusing this with a single missile makes the figure meaningless
Development-stage estimate	Systems not yet in series production	Expected to fall markedly at scale; should be read as a band

The main table is built wherever possible on per missile figures. The Sentinel row is the exception and carries a programme ÷ units label; that number also contains silo modernisation and command infrastructure.

What we did not do in this file

We did not present the total price of an air defence system as the price of one missile. A Patriot battery comprises radar, an engagement control station, generators and launchers; dividing a battery price by missiles inflates the figure meaninglessly. The table carries only the unit cost of the interceptor missile.

Table one: the highest cost per missile

The list below ranks missiles currently in production or inventory by unit cost. What the top four share is that all serve either strategic deterrence or strategic defence.

Most expensive missiles — unit cost

Official budget documents. Rows rest on different cost categories; labels are in the table.

#	Missile	Role	Million USD	Cost category	Note
1	LGM-35A Sentinel	Intercontinental ballistic missile	222,0	Programme ÷ units	Programme total divided by missile count; silo modernisation and infrastructure included
2	GMD interceptor (GBI)	Strategic interceptor	75,0	Budget unit cost	Strategic interceptor against ICBMs; built in small numbers
3	Trident II D5	Submarine-launched ballistic missile	31,0	Budget unit cost	Submarine-launched ballistic missile; in production for decades
4	SM-3 Block IIA	Exo-atmospheric interceptor	28,0	Budget unit cost	One of the few ship-based interceptors able to engage outside the atmosphere
5	AGM-183 ARRW	Hypersonic	15,0	In development	Hypersonic programme; in development, series price uncertain
6	THAAD interceptor	High-altitude interceptor	12,5	Budget unit cost	High-altitude ballistic missile defence; the battery price is far above this
7	SM-6	Multirole	4,3	Budget unit cost	A multirole missile usable against aircraft, ships and ballistic targets
8	PAC-3 MSE	Air defence interceptor	4,0	Budget unit cost	Air defence’s most widely used interceptor; at the centre of the asymmetry debate
9	AGM-158C LRASM	Anti-ship	3,5	Budget unit cost	Low-observable anti-ship missile; range and autonomy set the cost
10	Tomahawk Block V	Cruise missile	1,9	Budget unit cost	Decades of production scale drag the unit cost down

The Sentinel row is a programme division and cannot be compared directly with the others. The most expensive missile and the most expensive programme are not the same thing; the table preserves that distinction with labels.

A Tomahawk cruise missile launching from a warship’s vertical launch system — A Tomahawk launching from a ship’s vertical launch system. The cheapest missile on the list, the Tomahawk holds its unit cost below two million dollars through decades of production scale.

The real problem: is the missile costlier than the target?

In air defence an interceptor’s success is not measured only by whether it hits. How many dollars of missile were spent on how many dollars of target counts too. The table below sets out the pairings that have emerged in recent fighting:

Cost asymmetry — how many times the target does the interceptor cost?

Interceptor unit cost ÷ target unit cost. Target costs rest on open-source estimates.

Pairing	Interceptor (million USD)	Target (million USD)	Ratio	Note
PAC-3 MSE → one-way attack drone	4,00	0,030	×133,3	The defence works, the economics do not — an unsustainable equation
SM-6 → anti-ship drone	4,30	0,050	×86,0	Exactly the situation faced in ship defence in the Red Sea
Tamir → simple artillery rocket	0,05	0,001	×50,0	Fifty times costlier, though the value of what is protected changes the sum
THAAD → short-range ballistic missile	12,50	1,000	×12,5	A reasonable asymmetry; a ballistic missile is already an expensive target
35 mm air defence gun → attack drone	0,005	0,030	×0,2	The equation inverts — this row is the direction of the solution

Target costs rest on open-source estimates and there is no single definitive figure; the table shows orders of magnitude rather than exact sums. The last row explains why the answer is being sought in gun-based systems and low-cost interceptors.

A Patriot air defence launcher deployed during an exercise — A Patriot launcher deployed on exercise. A PAC-3 MSE interceptor costs roughly four million dollars per round, while the one-way attack drones it downs sit in the thirty-thousand-dollar band.

That equation pushed the defence industry into a new search. A cheap lower layer is being built to protect the expensive interceptors: 35 mm air defence guns, laser systems and a new generation of small interceptors that stay in the hundred-thousand-dollar band per round. The aim is not to spend a four-million-dollar missile on a thirty-thousand-dollar target — to invert the asymmetry.

Cost by role: one word, four separate worlds

“Missile” is a single word covering four economies that differ by hundreds of times. The chart below shows the typical unit cost band of each role:

Typical missile cost by role

Approximate values representing each role; every role also spans a wide band internally.

Role	Typical unit cost (million USD)	Examples	What drives the cost
Strategic (ICBM/SLBM)	222,0	Sentinel, Trident	Intercontinental range, multi-stage propulsion, decades of storage life
Interceptors	28,0	SM-3, THAAD, PAC-3	Seeker head, target discrimination in seconds, extreme manoeuvre
Cruise missiles	1,9	Tomahawk, SOM	Long range and cruise guidance; production scale drags cost down
Tactical missiles	0,2	Javelin, guided rocket	Short range and single-use simplicity; built in large numbers

These are approximate magnitudes representing each role; every role also spans a wide band. The point is not to give exact prices but to make visible the four separate economies that share one word.

The difference comes from the design brief. A strategic missile demands tens of thousands of kilometres of range, nuclear warhead safety and decades of storage life. A tactical missile settles for a few kilometres and single-use simplicity. The thousandfold gap between them is a direct reflection of the engineering gap.

Four things that drive missile cost

Range

Range is the single most decisive variable in missile cost. Every additional hundred kilometres means more fuel, a larger body and a stronger structure. Intercontinental range demands multi-stage propulsion and re-entry protection — which moves the cost onto an entirely different scale.

Guidance and seeker head

A missile’s brain can cost more than its body. The price gap between a radar-seeker interceptor and a simple laser-guided rocket comes mostly from that one component. On anti-ship missiles able to select targets autonomously, the seeker accounts for much of the cost.

Speed regime

Flying at hypersonic speeds requires heat-tolerant materials and guidance systems that work at those speeds. The high unit cost of programmes like ARRW comes from those two items, and none of these systems has yet reached series production scale.

Production volume

The Tomahawk is the cheapest missile on the list thanks to decades of production history. Strategic interceptors built in small numbers, by contrast, cannot draw on economies of scale — exactly as with tanks and warships.

Where does Türkiye sit in this table?

There is no publicly available unit cost for Turkish missiles, so none appears in the main table. But Türkiye’s position here is less about price ranking than about having developed products on both sides of the asymmetry problem above.

A Tayfun ballistic missile displayed on the Roketsan stand — The Roketsan-built Tayfun ballistic missile on display at a defence exhibition. No unit cost has been officially disclosed for the missile systems Türkiye has developed.

Türkiye’s work in this category

Tayfun and Bora: the ballistic missile family built by Roketsan; unit cost not disclosed. SOM and Atmaca: cruise and anti-ship missiles; unit cost not disclosed. Siper and Hisar: air defence interceptors entering service; unit cost not disclosed. Korkut and Sungur: a low-cost air defence layer — systems that sit on the cheap side of the asymmetry problem.
We have produced no estimates for any of them. When official figures are published this page will be updated and the systems added to the table.

What stands out about Türkiye here is that it builds both the expensive interceptor layer and the cheap gun-based layer with its own means. Systems like the 35 mm Korkut and the short-range Sungur aim to bring down an attack drone without expending a four-million-dollar interceptor — a direct answer to the cost asymmetry this file is about.

Frequently asked questions

What is the most expensive missile in the world?

The highest per-missile figure belongs to the LGM-35A Sentinel programme: the total programme divided by missile count exceeds 222 million dollars. That is a programme figure, though, and includes silo modernisation and command infrastructure.

Can a missile cost more than what it destroys?

Yes, and that is the central problem of air defence today. When a four-million-dollar PAC-3 MSE downs a thirty-thousand-dollar one-way attack drone, the cost asymmetry runs to roughly a hundred and thirty to one.

What is the answer to that asymmetry?

Building a cheap lower layer of defence. 35 mm air defence guns, laser systems and small interceptors in the hundred-thousand-dollar band are meant to keep expensive missiles for targets that genuinely warrant them.

Why are strategic missiles so expensive?

Because they require intercontinental range, multi-stage propulsion, re-entry protection and decades of safe storage life. Add low production numbers and the unit cost can reach a thousand times that of a tactical missile.

What do Turkish missiles cost?

No unit cost has been officially disclosed for the Tayfun, Bora, SOM, Atmaca, Siper or Hisar. Rather than put an unverifiable figure into a ranking, these systems are excluded from the main table and covered separately.

Is a Patriot battery the same price as a Patriot missile?

No, the difference is large. A battery comprises radar, an engagement control station, generators and launchers; the four million dollars in the table is the unit cost of the PAC-3 MSE interceptor alone.

Sources

US Department of Defense budget justification documents (Missile Procurement)
US Government Accountability Office (GAO) — annual assessments of defense acquisition programs
US Congressional Research Service (CRS) — reports on missile and missile defence programmes
US Missile Defense Agency (MDA) — budget and programme documents
Presidency of Defence Industries (SSB) — statements on the Tayfun, SOM, Atmaca and Siper programmes
Roketsan and TÜBİTAK SAGE official product documentation
International Institute for Strategic Studies (IISS) — The Military Balance

Methodology and sourcing note

This ranking was compiled by Envanter Medya by comparing publicly available official and reliable sources. Every row is separately labelled with the cost category it rests on, and missile unit costs have not been mixed with system or programme totals. Target costs in the asymmetry section rest on open-source estimates and are used to convey orders of magnitude. Where a unit cost has not been disclosed, no estimate has been produced.

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