America Isn't Ready for the Drone Warfare Era

The Israel Defense Forces are, by just about any measure, one of the most sophisticated militaries on Earth—technologically, operationally, and in terms of sheer ability to punch above their weight. And yet you would not know it from what is happening in southern Lebanon right now. On the fifth of May alone, Hezbollah claimed twenty separate attacks on Israeli positions, many of them carried out with drones.

The IDF’s response to this new technology has been, to put it charitably, underwhelming. Troops have been handed hunting shotguns in case a drone strays too close. The Iron Beam, the country’s much-hyped laser defense system, is running into the hard limits of what lasers can actually do in imperfect conditions—when it rains, for instance—and that is assuming the IDF can get enough batteries to the Iron Beam in the first place.

Israel is the most visible case at the moment, but it is far from alone. Across the Gulf, American-supplied Patriot batteries are burning through interceptors faster than the factories can replace them, and the Pentagon, despite years of trying, does not have an answer of its own ready to deploy at scale. The most advanced militaries on the planet are stumbling in real time, with their own soldiers’ lives on the line.

Key Takeaways

On May 5, 2026, Hezbollah claimed twenty separate attacks on Israeli positions, many of them drone strikes, and has continued near-daily attacks since.
The IDF has resorted to issuing hunting shotguns to troops as a last-resort counter-drone measure, the same improvised tactic used on both sides of the Russia-Ukraine war.
Israel’s Iron Beam laser has a short range, degrades in rain or fog, and would need roughly 14 batteries to withstand a larger Hezbollah attack—the IDF has only a fraction of that.
In the opening weeks of Operation Epic Fury, Iran launched roughly 1,200 ballistic missiles and 4,000 drones across the Gulf; Gulf states fired more than 900 Patriot interceptors in the first four days alone.
The Pentagon has promising systems—RTX’s Coyote, Anduril’s Roadrunner-M, BlueHalo’s LOCUST laser, and Epirus’s Leonidas microwave weapon—but procurement dysfunction has kept them from deploying at scale.
Ukraine now produces more than three million drones a year, has stood up the world’s first dedicated drone branch, and achieved roughly a 90 percent interceptor success rate over Kyiv.
By late March 2026, Ukraine had over 200 counter-drone advisors operating across the Gulf and signed ten-year defense export deals with Saudi Arabia, Qatar, and the UAE.

The thesis is uncomfortable but unavoidable: the world’s premier armed forces have not adapted to an era in which cheap drones are rewriting the economics of war faster than expensive defenses can keep up.

Hezbollah’s Drones Catch the IDF Off Guard

Hezbollah fighters have plenty of tactics at their disposal, but it is the drones that have caught the IDF—and the wider world—by storm. The group claimed six separate drone strikes in a single day, and those are neither the first nor likely the last. When a fiber-optic drone struck an armored unit near Taybeh, killing at least one soldier, troops on the ground had to resort to firing their rifles at the next wave coming in.

The army’s broader countermeasures have not inspired confidence. Soldiers have been issued hunting rifles, a tactic used with some success by both Ukrainian and Russian forces to down incoming drones. But it is fundamentally a last-resort measure, not the sophisticated, high-tech approach Jerusalem has become known for. The optics of a world-class military reaching for shotguns tell their own story about how far behind the curve advanced forces have fallen.

The Limits of the Iron Beam

To be fair, the IDF has more than shotguns. First among its tools is the Iron Beam, the country’s laser defense system. But the system has a very short range and reaches peak effectiveness only in clear weather. Fog, rain, or particulates in the air all degrade the beam. Even in optimal conditions it can be overwhelmed relatively easily.

To bring a drone down, the Iron Beam must focus its laser on the target for several seconds. That might not sound like much, but sustaining an incredibly narrow beam on a moving target makes the math run decisively against the defender. By the IDF’s own estimates, it would need roughly 14 batteries to withstand a larger Hezbollah attack. It has only a fraction of that—hence the shotguns to fill the gap.

The IDF has also deployed a homegrown drone-on-drone interceptor into Lebanon, in which a radar picks up an incoming threat and launches a drone of its own to take down the enemy’s with a net. It remains in its trial phase. Drone industry sources told Israeli media that as recently as a year ago the system could not reliably detect enemy drones in testing. How much of that problem has been solved remains an open question.

Why Fiber-Optic Drones Break Jamming

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For the last few years, as drone warfare took off, countries turned to jamming a drone’s signal as a cheap alternative to expensive, hard-to-manufacture traditional interceptors. It was never bulletproof, but it had its successes. At their peak, Ukrainian electronic warfare units were knocking close to two thousand Russian drones out of the sky, and a national spoofing network that fed false GPS data to incoming Shaheds managed to divert more than 150 of them into Belarus in a single month.

What makes Hezbollah’s recent attacks so concerning is the pivot to fiber-optic FPV units—drones with an ultra-thin cable running back to the controller. It sounds like a logistical headache, but it renders them completely impervious to the IDF’s jamming, because there is no wireless signal to jam in the first place.

Israeli population centers are not defenseless. Jerusalem is protected by a multi-layered defense system that has repeatedly proven resilient against most of what the region can throw at it, and the IDF has been flexing its own drones on offense. But on the whole, Israel faces the same problem plaguing nearly every sophisticated military: using big, expensive interceptors to shoot down cheap drones is simply not sustainable. Across the Gulf, the world’s premier military superpower is learning the same lesson, at far greater cost.

Bleeding Out in the Gulf

In the early days of Operation Epic Fury, Iran responded with exactly the kind of attritional barrage that military planners had warned about for years. Roughly twelve hundred ballistic missiles and 4,000 drones were sent across the Gulf in the opening weeks alone, a figure constrained only by American strikes on Iranian launch sites.

Panic set in across the Gulf within a day. American leaders had not expected Iran to attack this widely, despite Gulf states insisting such an outcome was possible. Strikes on Israel and American bases were not surprising—but Dubai? Riyadh? Doha?

Gulf states fired more than 900 Patriot interceptors in the first four days alone, more than Ukraine had used in four years of war against Russia. It was completely unsustainable, and reports began circulating that the Gulf was close to running dry. The UAE and Kuwait together burned through nearly three quarters of their combined pre-war Patriot inventory. Doha, according to Bloomberg, came as close as four days from running out entirely.

The two underlying problems are the cost of producing interceptors and the time it takes to build them.

Washington’s Promising—and Stalled—Arsenal

To its credit, the Pentagon has not been entirely blind. It has been clear for some time that drone warfare is the future, and the Pentagon’s first dedicated counter-drone office was created in 2020. American defense contractors have been racing to find solutions ever since. The five-billion-dollar contract RTX locked up last year shows where the biggest bets are going.

Its Coyote interceptor—a small turbine-powered missile that flies into a drone and detonates—has racked up roughly 170 confirmed hits across three active combat zones and is deployed at no fewer than 36 sites overseas. At about $100,000 per round it is not cheap, but compared to a four-million-dollar Patriot it is a different category of math entirely.

The catch is that Coyote is still one interceptor per drone. That is part of what makes Anduril’s Roadrunner-M interesting: a recoverable interceptor that takes off vertically, hunts for a target, and if it finds none, flies back and lands for reuse. The Marines awarded Anduril a $642 million contract to field a counter-drone family of systems at every Marine Corps base worldwide, and the Navy has begun mounting them on Arleigh Burke-class destroyers alongside Coyote.

BlueHalo, meanwhile, has more than a dozen of its LOCUST laser systems deployed with the Army at locations the Pentagon will not publicly name. LOCUST is essentially the American version of the Iron Beam. One system costs roughly what a handful of Patriot interceptors do but can be used on repeat without reloading. An AI-powered tracker locks onto incoming drones from over two miles out, then burns a hole through them with a focused beam.

It suffers the same drawbacks as the Iron Beam, however: limited range compared to traditional interceptors, and up to 15 seconds to burn through a target. If it fails, the drone is by then far too close to launch any backup interceptor—lights out.

The Microwave Option and a Procurement Failure

The Leonidas system from Epirus is arguably more versatile, because it can do something lasers cannot. It is a microwave weapon that switches between sniping individual drones with a focused beam and projecting a wide electromagnetic blast that fries everything in its path at once. Epirus has built variants for every branch that wants one: an expeditionary version for the Marines that mounts on its armored jeep carriers, a mobile version that integrates onto the Army’s Stryker, and a lightweight pod configuration that could go on almost anything.

So if all of this is so good, why is none of it actually being used? Leonidas is the most frustrating example. The US Army sent four prototypes to Central Command in 2024, got feedback that the system worked but needed better range, and got to work on the upgrades. It was supposed to become a formal program in 2025, putting it on a path to bulk purchase and force-wide deployment—in case, as it turned out, 2026 proved to be an eventful year. It still has not deployed.

The reasons reek of poor prioritization. The original 2020 counter-drone office did not have the authority to purchase hardware. A Senate review later found that the Army had “inadvertently self-imposed restrictions” on its own procurement authority—a polite way of saying the office responsible for solving the drone problem had accidentally made it illegal for itself to buy the solutions.

Its replacement, Joint Interagency Task Force 401, only gained real spending authority last August. Defense Secretary Hegseth told Congress that the defense industrial base “is currently postured to produce only a limited number of prototypes” of directed-energy systems, rather than ramping toward mass production. Contractors like Epirus and BlueHalo have been expanding factories and hiring engineers essentially on faith that the financing will come.

Whatever else can be said about Washington, a failure to spend on defense when it is truly deemed critical is not usually one of its sins.

Israel has a parallel problem. The Jerusalem Post reported how little the Iron Beam was actually used during the war with Iran, due to a simple lack of batteries. It would be more sustainable and cost-effective to build more, but the sophisticated design of these units means it could be years before Jerusalem fields enough to replace its conventional Iron Dome system. This lack of urgency is often the product of nations that feel secure in their existing systems.

There is no pressing need to stand up new ones when the old ones are still working fine—or at least, were before this year.

Made in Ukraine: The Accidental Superpower

One country never had that luxury, and the time crunch it faced put it at the center of any conversation about drone warfare. That country is Ukraine, and its path to drone expertise was anything but conventional. When the Russians rolled across the border in February 2022, Ukraine’s entire drone arsenal consisted of a few thousand commercial Chinese quadcopters that operators had jerry-rigged with grenades. There was no industrial capacity to produce more, and only a small number of troops had been trained to use them.

Fast forward to today and it is almost a different country. Ukraine now produces more than three million drones a year and has stood up the world’s first dedicated drone branch of any modern military. It did not merely adapt to drone warfare and survive—it now exports its survival stories and methodologies to anyone willing to buy. Lately that has meant a growing list of customers, with Gulf states lining up for Kyiv’s expertise at nearly any expense.

The transformation began with the same fiber-optic cable Hezbollah is now using in Lebanon. Ukrainian engineers realized early that running control commands down a thin trailing wire made a drone immune to jamming. Given how heavily Moscow had invested in electronic warfare, neutralizing the entire jamming layer for the price of a spool of cable was one hell of a trade. Photos online today show entire Ukrainian fields covered in a glimmering fiber-optic spiderweb.

From Spider’s Web to Plug-and-Play Defense

By 2023, FPV kamikaze drones costing a few hundred dollars apiece were destroying Russian tanks and artillery across the front lines. Crucially, the people designing Ukraine’s counter-drone programs were often the same ones designing its offensive systems, so advances in one fed directly into the other. They got very good at both. The following year, cheap interceptors purpose-built to kill other drones began rolling out, their efficiency boosted by Sky Map—a national command platform that fused thousands of previously separate acoustic and radar sensors into a single, real-time picture across the whole country.

In June 2025, Kyiv showed how far the ecosystem had come. Ukrainian intelligence smuggled 117 quadcopters deep into Russia in civilian trucks and unleashed havoc, hitting four strategic airbases across four time zones in a single night and destroying somewhere between 10 and 41 aircraft, depending on whose reporting you trust. The operation was so effective that the Pentagon later ran a rehearsal of the same technique at a Florida air base to see what would happen if someone tried it on the United States. Washington would not admit it, but Kyiv had effectively been crowned champion of drone and counter-drone tech.

By 2026, drones like Sting—costing just a few thousand dollars—accounted for more than 70 percent of drone shoot-downs over Kyiv in February, with other inexpensive systems pushing Ukraine’s total success rate to around 90 percent. That defensive record turned Ukraine into an international star. Amid the Gulf interceptor shortage, as the war with Iran intensified, it was Kyiv that the Gulf reached out to—and Kyiv showed up. By the end of March, over 200 counter-drone advisors were operating across Saudi Arabia, the UAE, Qatar, Kuwait, Jordan, and elsewhere.

Why Ukraine’s Edge Transferred to the Gulf

There was a deeper reason Ukraine’s expertise translated so cleanly. Russia’s longstanding relationship with Iran meant the drones Moscow used against Ukraine were essentially Iranian. Since 2023, Russia had been mass-producing clones of Iran’s Shahed-136 under a billion-dollar franchise deal. The weapons now raining down on Riyadh and Abu Dhabi were more or less identical to the ones Kyiv had spent years learning to kill.

Ukrainian interceptors had been designed around the Shahed’s specific flight profile and speed, and the entire counter-drone stack had been stress-tested against nightly barrages of hundreds at a time—something no Western testing range could simulate. When those same Shaheds began hitting the Gulf, the Ukrainian systems were essentially plug-and-play.

Kyiv moved fast to formalize the edge. During a diplomatic sprint in late March, Ukraine’s president signed ten-year defense export agreements with Saudi Arabia, Qatar, and the Emirates, covering interceptors, joint production lines, electronic warfare, and full technological exchange. Analysts project north of two billion dollars in drone and interceptor sales this year alone, with a framework designed to scale well beyond that. As Danish Prime Minister Mette Frederiksen put it bluntly last fall: “The only expert right now in the world when it comes to anti-drone capacities is Ukraine, because they are fighting the Russian drones almost every day.”

There is one final, telling detail. Kyiv pitched the concept to Trump first—and Washington passed. It would be unwise to bet against the American military eventually catching up to its rivals, but it badly needs to raise its game on drone warfare, and so does Israel. Whether either can do so fast enough is the trillion-dollar question. For America and its long-term customers around the world, the clock is ticking.

Presented by

Simon Whistler

Simon Whistler is one of YouTube's most prolific educational creators. WarFronts is his deep dive into military history and conflict analysis.

Frequently Asked Questions

Why are the world’s most advanced militaries struggling against cheap drones?

The economics are fundamentally unfavorable to defenders. Cheap drones costing a few hundred dollars apiece force defenders to fire interceptors worth thousands or millions each. Hezbollah launched twenty separate drone attacks on Israeli positions in a single day, and Gulf states fired more than 900 Patriot interceptors in the first four days of Operation Epic Fury—more than Ukraine had used in four years of war against Russia. No production line can sustain that rate, and the sophisticated high-tech militaries most confident in their existing systems have been the least prepared to adapt.

What makes fiber-optic drones particularly difficult to counter?

A fiber-optic FPV drone runs an ultra-thin control cable back to its operator instead of using a wireless link. With no radio signal being broadcast, there is nothing for electronic-warfare units to jam. This defeats the jamming-based defense layer that many militaries had relied on as a cheaper alternative to traditional interceptors—at one point Ukrainian EW units were knocking nearly 2,000 Russian drones a month out of the sky before Moscow and Hezbollah pivoted to fiber-optic units.

Why has the United States failed to deploy its counter-drone systems at scale?

Despite promising systems—RTX’s Coyote interceptor, Anduril’s recoverable Roadrunner-M, BlueHalo’s LOCUST laser, and Epirus’s Leonidas microwave weapon—procurement dysfunction has kept them limited. The original 2020 counter-drone office lacked authority to purchase hardware, and the Army inadvertently self-imposed restrictions on its own procurement authority. Its replacement, Joint Interagency Task Force 401, only gained real spending power last August. Defense Secretary Hegseth told Congress the defense industrial base is postured to produce only a limited number of prototypes rather than scaling toward mass production.

How did Ukraine transform from drone novice to the world’s foremost counter-drone power?

Out of necessity. When Russia invaded in February 2022, Ukraine’s entire drone arsenal consisted of a few thousand jerry-rigged commercial quadcopters. By 2026 it produces more than three million drones a year, built the world’s first dedicated military drone branch, and achieved roughly 90 percent interceptor success rate over Kyiv. The key was having the same engineers design offensive and defensive systems simultaneously, and fusing thousands of separate acoustic and radar sensors into a real-time national picture through the Sky Map platform.

Why did Ukraine’s counter-drone expertise transfer so effectively to the Gulf?

Russia has mass-produced clones of Iran’s Shahed-136 under a billion-dollar franchise deal since 2023, meaning the drones Moscow used against Ukraine are essentially the same weapons that began hitting Riyadh and Abu Dhabi during Operation Epic Fury. Ukrainian interceptors had been specifically designed around the Shahed’s flight profile and stress-tested against nightly barrages of hundreds at a time—something no Western testing range could simulate. When the Gulf ran short of Patriot interceptors, Kyiv arrived with over 200 counter-drone advisors and signed ten-year defense export deals with Saudi Arabia, Qatar, and the UAE.