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In early March 2026, U.S. Central Command confirmed the first U.S. fatalities of the Iran conflict. A drone strike at Port Shuaiba in Kuwait killed six American servicemembers.

A counter-drone system can intercept “most” threats and still fail at the mission that matters: protecting people and critical nodes. Small drones can fly as low to the ground, present detection challenges, and punish any gap in hardening or point defense. And there is a big imbalance in target cost and cost to intercept, especially when the United States is using expensive Patriot interceptors to take down Iranian Shaheds: low-cost kamikaze drones.

While advanced U.S. machinery will undoubtedly be able to intercept most aerial threats, modern warfare experience in Ukraine suggests that hundreds or thousands of threats could overload conventional air defense systems. Ukraine, according to President Volodymyr Zelenskyy, will deploy Ukrainian systems and experts on site in the Middle East to aid in U.S. defensive efforts, while ensuring that these contributions do not weaken Ukraine’s own defense.

Ukraine has lived under this kind of pressure for years. Ukraine’s shortage of intercepting tools and its reliance on partners forced it to develop more ways to intercept deadly targets from Russia, a stronger adversary with attack drones coming in waves of hundreds every night. Ukraine has built a layered, redundant, sustainable, modern system that has proven to hold strong for months and even years. The United States and its security partners in the Middle East can learn from Ukraine’s approach to the Shahed-type drone threat.

What Ukraine is Defending Against 

Russian strike campaigns combine cruise missiles, ballistic missiles, Shahed drones, and decoys in coordinated waves designed to probe and exhaust air-defense systems. Some of the attacks included over 800 Shahed-type drones in one night, in addition to cruise missiles and ballistic missiles. This is likely much more complicated than Iran could achieve.

The goal in such attacks is to actually break through the air defenses by first exhausting the sensors, crews, and interceptors, then forcing defenders into bad trades (expensive shots against cheap targets), and finally completely missing some targets. This gives Russia the ability to strike strategic targets such as electricity and gas infrastructure, airfields, munition factories, and so on.

Ukraine’s size (it’s a country the size of Texas) is both a complicating problem and an advantage for air defense. The vast territory allows defenders to layer defenses in depth and disperse interceptor groups across multiple regions. Smaller states, especially those with most of their infrastructure concentrated along narrow coastal zones such as Gulf countries, do not necessarily have this geographic advantage. For them, Ukrainian-style drone interception should be understood as a complementary layer of air defense rather than a direct one-to-one model. Ukraine defends against mass drone strike campaigns because they can be produced and launched at scale. Even if real-world output fluctuates, the direction is clear: Industrial scaling is part of the weapon, and the defender must match it with scalable defense.

This is also why Ukraine cannot afford to fight Shaheds primarily with top-tier interceptor missiles. Those interceptor stocks are limited, and they are needed for threats where cheaper tools cannot substitute. This constraint is not theoretical. It has shaped Ukraine’s force design choices and its investment into “small air defense” — the point-defense layer that actually carries the daily workload.

The Layered Model in Practice

Ukraine’s point defense is easiest to understand as an ecosystem: Different tools cover different altitudes, geographies, and cost points, and they are tied together by reporting, cueing, and rapid adaptation. The interceptor drones, mobile fire groups, radars, digital situational awareness systems, conventional air defense pieces, command posts, and, of course, a large number of trained personnel all work in synergy to achieve safe skies for Ukrainians.

Interceptor drones have become one of the newest layers in Ukraine’s counter-drone architecture, particularly against Shahed-type loitering munitions and reconnaissance drones. Operating across a battlespace roughly the size of Texas, Ukrainian forces rely on a network of radars for detection, then feed that into the digital situational awareness systems that air defense groups could get the data from — and based on that, the air defense battle captains coordinate the engagement of aerial targets. Interceptor crews then launch first-person view or fixed-wing drones toward the target, manually piloting them using analog or digital video feeds to visually identify and pursue the enemy drone. Then, to engage with kinetic power, usually triggered by the remote detonation of roughly 500 grams of plain C4. These systems are relatively inexpensive — often between $800 and $3,000 per drone — making them suitable for sustained use against mass-produced threats such as Shaheds or intelligence, surveillance, and reconnaissance drones. Field reports indicate that interception probabilities of around 50 percent or higher are common in practiced crews. The concept turns air defense into a scalable contest of cost and production: inexpensive interceptors, launched rapidly from mobile teams anywhere in the country, allow Ukrainian units to counter large volumes of incoming drones without relying exclusively on scarce and expensive missile systems.

On March 3, 2026, Oleksandr Syrskyi said interceptor drones flew roughly 6,300 missions in February and destroyed more than 1,500 Russian drones of various types, with more than 70 percent of Shahed-type drones in the Kyiv area reportedly downed by interceptor drones during that month. These figures are reported operational data. The interceptor results can vary significantly depending on weather (the warmer weather in the Gulf is actually a more favorable environment for these systems than the Ukrainian winter), operator experience, electronic warfare conditions, and the density of incoming attacks. Nevertheless, the numbers illustrate that interceptor drones have evolved from experimental tools into a scalable operational layer of Ukraine’s air defense that complements everything else built to defend against mass Shahed-type drone attacks.

At the same time, Ukraine did not abandon older low-cost tools. Zelenskyy has described mobile fire groups (pickup-mounted teams with machine guns, optics, and computers helping with targeting) as a significant share of successful Shahed engagements, while also noting the shift toward interceptor drones as Ukraine scales that capability. Basically, the interceptor drones are complementing mobile fire groups and conventional air defense instruments, engaging those Shahed-type targets.

The mobile-fire-group story is also important because it shows how Ukraine solved a “coverage” problem quickly. Ukrainian government communications described mobile groups as trained fighters deployed rapidly during air alarms, using mobility to reach likely corridors. National security non-governmental organizations helped scale this faster than classic procurement alone could. The Come Back Alive Foundation reported spending more than $4 million of crowdfunded money (2023 to mid-May 2024) to strengthen mobile fire groups across many services and regions, including vehicles, optics, communications, tablets, and power supplies — basically the kind of enabling kit that turns “a gun on a truck” into an actual defense capability.

The training question is often misunderstood in Western debates. For most Ukrainian operators, the training is quite easy because of their previous experience, which allows them to learn much quicker than most traditional air-defense specialties, therefore allowing Ukraine to scale interceptor crews. One of the Ukrainian drone schools under the 413th Unmanned Systems Regiment “RAID” suggests the training could be done in four weeks and could bring almost anyone to operate such a system with a roughly 50 percent success rate in Ukraine’s theater of war.

What About Russian Innovation?

Shahed-type drones employed by Russian forces evolve all the time, a process that is also likely to happen in Iran.

Once production was localized in 2023 and Shahed turned into Geran (the localized name), Russians started improving the product by learning from the battlefield. Some of the modifications they did from 2022 through 2025 were impressive: repainting airframes black for night-time launches; incorporating 4G modems with foreign SIM cards, including Ukrainian operators; Controlled Reception Pattern Antennas, aka Kometa, combined with u-blox GPS; introducing decoys like Parodiya with Luneburg lens, and fake targets to overload defenses; fitting a jet engine onto the drone to avoid interceptions; adding Light detection and ranging systems to know the real altitude and fly as low as possible, to avoid detections and interceptions; and even an air-to-air missile launcher to intercept interceptors like Ukraine’s Army Aviation helicopters.

The key factor is that every smart idea was tested immediately in real combat, not only in controlled test environments. Outcomes were evaluated after each wave of use and then applied to a wave of Shahed-type drones. This part of the Russian military industrial complex was never too slow. And those (often imperfect) solutions generated strategic advantage because they were integrated at scale faster than the defender could adapt. In that sense, attacking was and still is cheaper than defending.

Surprisingly, in Ukraine’s theater of war, the main Shahed-type drones are fitted with mostly Western technology — from the United States, Japan, Germany, Switzerland, and undoubtedly, China too. Seeing Geran drones, sporting Nvidia Jetson Orin supercomputers and chips from Texas Instruments, is always surprising. In Iran, there may prove to be a sanction and export control problem, too, where multiple UAE companies helped supply Russia with Western technology to build Geran or Shahed-type drones.

While this battlefield innovation hasn’t yet played a role in Iran, if the conflict continues, it likely will.

In 2025 and early 2026, Ukraine began facing increasing numbers of Gerbera and Parodiya decoy drones fitted with a Luneburg lens to radar-imitate larger drones. This, flying in alongside missiles and attack drones, was supposed to overwhelm and confuse defenses and to draw anti-aircraft fire away from real strike assets. Apart from decoys, Russia used Shahed-type drones to drop improvised explosive devices onto Ukraine’s logistical routes.

There is currently no public evidence that Iran is employing decoy drones at the same scale or sophistication as Russia. However, given the close military cooperation between the two countries and the extensive combat data Russia has accumulated in Ukraine, it is plausible that similar tactics could appear if the conflict evolves into larger drone salvos. which makes reform all the more urgent.

Applying Ukraine’s air defense lessons to the Iran war

The war with Iran is already demonstrating the same force-on-force dynamic: mass drones used as an attrition tool against air defenses and as a way to impose cost across a wide geographic area. In early reporting, Iranian attacks included large numbers of drones alongside missiles across multiple Gulf states.

Ukraine’s lessons suggest that if America’s counter-drone plan is mostly based on high-end interceptors and patrol manned aircraft, it will eventually face the same constraints Ukraine faced towards the start of its war — munition scarcity, crew fatigue, and tactical chaos. The friendly-fire downing of U.S. aircraft by Kuwaiti air defenses during active combat highlights the operational strain that mass missile and drone environments impose on identification and engagement decisions.

It looks increasingly likely that Ukraine’s interceptor capabilities could complement the existing air defense capabilities if implemented well, with a joint command post coordinating engagements based on available radar data. Ukraine’s experience suggests that one interceptor group can operate within an engagement area of roughly 40 kilometers when integrated with advanced digital situational awareness systems, synthesizing the data from a broader sensor network. With a success rate of roughly 50 percent, flying thousands of sorties per month, it could mitigate the threat of Iran’s Shahed drones, but also serve as an affordable additional layer of existing air defense, so that it would not drain the stockpile of high-end Patriot-based interceptor tools.

But America cannot fall into the simplicity trap, thinking that just buying interceptors would bring more security to the coalition forces and civilian infrastructure in Operation Epic Fury. It all requires changes to doctrine, training programs, standard operating procedures, command posts, and more, quickly. It requires more sensors — acoustic sensors, radars, and advanced data processing pipelines to synthesize data into digital situational awareness systems to coordinate the fighting force. And finally, it needs well-trained personnel — it’s impossible to defend without personnel, and such complicated systems require people to operate them.

Gaining this critical additional capability is not easy or quick, and will not be brought with just a couple of Ukrainian drone pilot teams, such as the ones Zelenskyy recently sent to Jordan. Ukraine’s drone-centric warfare has changed all the next theaters of warfare, and conflict in Iran, if it continues, will too.

America can learn from Ukraine. It’s not easy, and changes are hard, but it’s worth it.

Dimko Zhluktenko is a soldier and lessons learned analyst at Ukraine’s 413th Unmanned Systems Regiment “RAID”.

Image: Npu.gov.ua via Wikimedia Commons.