A $4 million missile versus a drone costing tens of thousands: How much does it cost Ukraine to shoot down Russian targets?

Russia is gradually changing the nature of its air campaign against Ukraine. While just a few years ago the main mass threat came from the relatively slow Shahed drones—against which Ukraine learned to deploy mobile fire teams and inexpensive interceptor drones—the Russians are now increasingly incorporating high-speed jet-powered drones into their attacks. These drones occupy a middle ground between a conventional drone and a cruise missile—and pose a new logistical challenge for Ukraine’s air defense forces.

On September 10, it became known that Ukraine’s stockpiles of American AIM-120 and AIM-9 missiles for F-16 fighter jets were nearly depleted. These missiles are used to intercept Russian cruise missiles and the new “Geran-4” and “Geran-5” jet-powered drones, which can reach speeds of approximately 600 km/h. 

The problem is no longer just whether Ukraine is technically capable of shooting down a specific target. Equally important is the question of how much each such interception costs and how much of this ammunition can be produced in total.

UA.News explains how much it might cost to shoot down a Russian Shahed, a jet-powered drone, a cruise missile, or a ballistic missile; how Ukraine is defending its airspace today; and why cheap, massive attacks are gradually changing the very economics of air defense.

A standard Shahed can be shot down for thousands of dollars—and this is precisely where Ukraine has most significantly altered the economics of air defense

At first glance, the Shahed-136 is a fairly easy target for modern air defense systems. It is slow, technologically much simpler than a cruise missile, and incapable of performing complex maneuvers at supersonic speeds.

But it is precisely its low cost that makes it an effective weapon. Estimates of the Shahed’s cost vary depending on the version and the origin of its components. In an article on the modern economics of air defense, Reuters cited a range of $20,000 to $50,000 per drone. In the context of the U.S. and its allies’ war against Iranian drones, the publication also cited an estimate of approximately $35,000. 

That is precisely why firing an anti-aircraft missile costing hundreds of thousands or millions of dollars at every Shahed is economically unfeasible, even if it has a very high probability of destroying the target.

Ukraine has gradually established several less expensive layers of defense. The simplest involves mobile fire teams equipped with machine guns, automatic cannons, and other small arms. The cost of ammunition here is incomparably lower than the price of an anti-aircraft missile, although effectiveness depends heavily on the drone’s flight path, weather conditions, visibility, and the ability to detect the target in time.

The next tier consists of specialized interceptor drones. Ukraine has effectively created a separate class of low-cost air defense, in which one drone catches up to and physically destroys another. In March, President Volodymyr Zelenskyy stated that a single Ukrainian interceptor drone could cost approximately $3,000–5,000, and considering several launches against a single target, the average cost of shooting down a Shahed could be around $10,000.

And this approach has long since ceased to be experimental. On April 30, the Ministry of Defense announced the procurement of 8,000 Octopus interceptors. This is a Ukrainian system with automatic guidance, designed specifically to combat Shahed-type strike drones.

The Ministry of Defense has also classified the JEDI Shahed Hunter, which is already being used against “Shaheds,” “Geraniums,” and “Gerbers.” Separately, the ministry discussed the Ukrainian “Shvidun,” designed to engage strike and reconnaissance drones.

In fact, for the standard piston-powered Shahed, Ukraine has already largely solved the main economic problem: instead of a missile costing hundreds of thousands or millions of dollars, an interceptor costing only thousands can be used.

But Russia has begun modifying the Shahed itself.

The jet-powered “Geran” drones fly much faster, forcing Ukraine to resort once again to expensive F-16 missiles

The new “Geran-4” and “Geran-5” are dangerous primarily because of their speed. According to data cited by “Ukrainska Pravda,” they can reach speeds of approximately 600 km/h. These are, in effect, cheap equivalents of cruise missiles.

By comparison, a standard Shahed moves much more slowly. This gives a mobile unit or the operator of an interceptor drone more time to detect, launch, approach the target, and attack. At speeds of around 600 km/h, this time buffer is drastically reduced.

That is precisely why jet-powered drones are beginning to enter a segment where Ukraine is forced to use full-fledged “air-to-air” missiles. Among them are the AIM-9 Sidewinder and the AIM-120 AMRAAM, which can be deployed by Ukrainian F-16s.

The AIM-9 is traditionally used for close-range air combat and features an infrared guidance system. The AIM-120 is a more sophisticated missile with an active radar homing head and a longer range. The same AMRAAM family is used not only by aircraft but also by NASAMS ground-based systems.

The exact price depends on the variant, the year of the contract, and the configuration, but the cost runs into the hundreds of thousands of dollars per missile. For example, one of the Pentagon’s contracts for the production of the AIM-9X Lot 24 had a total value of over $736 million and included more than 1,200 combat missiles of various versions, along with training missiles, spare parts, containers, and other equipment. At the same time, the U.S. has been increasing its production capacity for several years. Back in 2023, the Pentagon funded an expansion of the annual production capacity for the AIM-9X to 2,500 missiles.

That’s a lot for conventional air warfare, but not nearly enough for a conflict in which Russia is capable of producing thousands of missile-equipped drones every month. Therefore, the shortage of AIM-9s and AIM-120s is not just another episode of ammunition scarcity. It is an indicator of a new economic race.

Russia is trying to make a cheap drone fast enough that Ukraine can no longer reliably shoot it down with inexpensive means and is forced to use significantly more expensive missiles.

Ukraine is already trying to replicate what it previously succeeded in doing with conventional Shahed drones. On September 3, following a meeting of the High Command, Volodymyr Zelenskyy announced the need to accelerate the production of high-speed interceptors specifically designed to counter jet-powered “Shaheds.” According to him, Ukrainian manufacturers already have prototypes, but they need to be refined to achieve the required effectiveness and scaled up.

In fact, the task once again boils down to one thing: reducing the cost per interception.

Cruise missiles can be shot down by NASAMS, IRIS-T, Patriot, and F-16s, but a single interceptor costs hundreds of thousands of dollars

Cruise missiles such as the Kh-101 or “Kalibr” pose an entirely different problem. They fly at relatively low altitudes, can change course, maneuver, and use complex trajectories to bypass air defense zones. At the same time, they are faster than standard Shahed drones and carry a significantly more powerful warhead.

To intercept them, Ukraine uses a whole range of systems. At medium ranges, NASAMS and IRIS-T SLM are particularly effective. Patriot systems, Soviet-era systems, F-16 fighter jets, and other assets can also be deployed.

NASAMS is particularly interesting because it can use missiles from the AMRAAM family. This means that the same type of scarce ammunition is needed simultaneously by both fighter jets and ground-based air defense systems.

In this case, the economics are no longer as clear-cut as with the Shahed. A Russian cruise missile itself costs significantly more than a drone, and the potential value of the target it is flying toward—a power plant, substation, warehouse, industrial facility, or residential building—can be tens or hundreds of times greater than the cost of the interceptor.

Therefore, the main problem is no longer so much the price of a single missile as the size of the stockpile. During a massive strike, Ukraine needs to simultaneously track hundreds of aerial targets, distinguish between real and false ones, distribute them among different systems, and at the same time reserve the most expensive missiles for those threats that cannot be shot down with cheaper means.

And the production of modern Western missiles takes significantly longer than the assembly of mass-produced strike drones. That is precisely why the West is now not only transferring missiles from its stockpiles to Ukraine but also urgently expanding production capacity.

A Patriot can intercept a ballistic missile, but a single PAC-3 MSE round costs approximately $4 million

The most expensive tier of Ukraine’s air defense begins where ballistic missiles come into play. The “Iskander-M,” “Kinzhal,” and other ballistic targets are much more difficult to intercept than a Shahed or a cruise missile. They reach tremendous speeds, and there may be only a few minutes to react.

This is precisely where the Patriot remains a critically important system for Ukraine. One of the main modern munitions is the PAC-3 MSE. It uses the “hit-to-kill” principle: the interceptor destroys the target primarily through direct kinetic impact at high speed.

The price reflects the complexity of the technology. In July, Reuters cited data from U.S. budget documents indicating that a single PAC-3 MSE costs approximately $4 million. Precisely because of this high price, Lockheed Martin is already developing a cheaper interceptor, the ACE, which is expected to cost less than half as much as the PAC-3 MSE.

To put this into perspective: in January 2026, the U.S. State Department approved a potential sale to Saudi Arabia of 730 PAC-3 MSEs and related equipment worth up to $9 billion. This amount includes not only missiles but also spare parts, equipment, training, logistics, and technical support.

Multiple interceptors can also be launched against a single complex target to increase the likelihood of its guaranteed destruction. Therefore, intercepting a single ballistic missile could potentially cost several million dollars. But this is precisely where the question of “whether it’s worth shooting it down” becomes practically meaningless.

If a ballistic missile is heading toward a residential neighborhood, a power plant, a military facility, or a large industrial complex, the potential damage could be incomparably greater—not to mention the loss of human life. The main limitation is the actual number of such missiles.

On September 8, Reuters reported that during a new strike on Kyiv, Ukraine was able to intercept most of the cruise missiles, but countering ballistic missiles remained significantly more difficult. At the same time, Germany decided to urgently transfer additional Patriot missiles from its stockpiles to Ukraine. Defense Minister Boris Pistorius warned that Russia could intensify its attacks on Ukrainian infrastructure this winter. 

At the same time, Ukraine is procuring about a thousand Patriot missiles with the support of its allies and EU mechanisms. But most of them are not expected to arrive until the coming years, so Kyiv is asking its partners to transfer missiles from existing stockpiles right now. And this clearly illustrates the main problem with modern air defense: funds can be allocated quickly, but a high-tech missile cannot be manufactured in a matter of days.

Russia is trying to force Ukraine to use up its expensive missiles faster than the West can produce them

The air war is increasingly turning into a contest not only of technology but also of economies and manufacturing facilities. The logic behind a massive attack is quite simple. First, a large number of relatively inexpensive drones are launched. Some of them may be Shahed strike drones, while others are cheaper decoys and false targets. They force Ukraine to activate its radars, deploy mobile units, use interceptors, and keep its air defense forces constantly on high alert.

In more sophisticated attacks, cruise missiles are added to the mix. And the most critical targets can be struck with ballistic missiles, which require the scarcest and most expensive interceptors. Now, a jet-powered drone has also emerged between these levels. It is cheaper than a full-fledged cruise missile but fast enough that a significant portion of Ukraine’s inexpensive anti-drone air defense systems may prove less effective against it.

That is precisely why Ukraine is effectively building a multi-layered defense system. Against a standard Shahed, the response is a mobile fire group, an interceptor drone, or an anti-aircraft gun. Against a high-speed jet-powered drone—for now, F-16s equipped with AIM-9s and AIM-120s, ground-based systems, or other expensive systems, and in the future, a dedicated, high-speed, low-cost interceptor.

Against cruise missiles—NASAMS, IRIS-T, fighter jets, and longer-range systems. Against ballistic missiles—primarily the Patriot. It is precisely this tiered approach that prevents wasting a $4 million missile on a target that can realistically be destroyed by a system hundreds of times cheaper.

The problem is that Russia is trying to break this model through sheer numbers.

This is already happening not only in Ukraine. During the conflict in the Middle East, allies also had to use Patriots against cheap Shahed drones. Reuters cited an example where a $4-million Patriot was used against a drone costing about $35,000.

That is precisely why even Western weapons manufacturers are now trying to develop cheaper missiles. Lockheed Martin has already announced the PAC-3 ACE—a simplified interceptor designed to bridge the gap between cheap anti-drone solutions and the $4 million PAC-3 MSE.

This means that Ukraine’s experience is effectively reshaping the entire global model of air defense. Previously, expensive air defense missiles were designed primarily to destroy expensive aircraft or other missiles. Now, systems costing billions of dollars must contend with swarms of drones that may cost tens of thousands.

Therefore, the future of air defense will likely not be determined by who has the most expensive and technologically advanced missile. Something else is becoming far more important: whether a country can produce enough inexpensive interceptors so that the expensive Patriot, AIM-120, and other scarce missiles are reserved solely for targets that cannot be shot down with anything cheaper.

This is precisely what constitutes the main economic reality of Ukraine’s airspace today.

 

 

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