U.S. drone response spotlights small nations’ new leverage

drones shift – The U.S. struck Iran after Tehran attacked a ship in the Strait of Hormuz, setting off fresh debate over whether drones are shifting power toward smaller players. The piece argues that Ukraine’s drone-driven adaptability—and the wider spread of low-cost, GPS-g

When U.S. forces carried out strikes against Iran after a drone attack on a ship in the Strait of Hormuz. the Pentagon framed the move as “a powerful response.” The timing landed in a global moment when drones no longer feel like a niche capability. They now appear to be the instrument that can tilt fights—especially for countries that don’t have the scale of the biggest military powers.

The article places the escalation in a broader pattern already visible in multiple theaters. The overwhelming majority of Russian casualties, it says, are now inflicted by Ukrainian drones. Ukrainian “sea baby” drones attack Russian ships in the Black Sea. Hezbollah fighters are described as using fiber-optic drones to destroy Israeli tanks in southern Lebanon. Iranian drones are cited as attacking ships and petroleum infrastructure in the Persian Gulf.

That spread immediately raises the questions the piece leans into: has the nature of war changed. and can small nations now beat large ones?. It also presses on a practical fear for the United States—whether keeping pace in drone warfare is becoming harder precisely when U.S. forces are trying to adapt.

The argument starts with how today’s drone threat evolved. It points to the German V-1 unguided rockets in World War II as the origins of what the article calls the first operational cruise missiles—terror weapons that were inaccurate. In the 1970s, unmanned aircraft gained popularity for aerial reconnaissance and electronic warfare. In the 1990s, the United States began developing Predator drones: large, prop-driven airplanes with cameras. The piece recalls a common Pentagon line—“If it flies. it belongs to the Air Force”—and notes that the Army and Navy eventually developed their own unmanned systems. many as large as airplanes and costing tens of millions of dollars.

What’s different now. the piece says. is the class of drones appearing to revolutionize warfare: hobby-sized quadcopters enabled by micro-miniaturized chips. lithium batteries powering small engines. electric servo-motors. tiny cameras. agile radio transmitters. and GPS guidance. It adds that inexpensive, very thin fiber-optic cable has contributed to effectiveness.

From there, the article expands the lens beyond aerial drones. It describes sea drones as small as Jet Ski-size, and it says grocery-cart-size armed robot vehicles are clearing minefields and sweeping some battlefields in Ukraine.

That shift forces new defensive and operational routines. Armored vehicles, the piece says, have to be protected by anti-drone cages and nets. Ships, it adds, have to detect and destroy fast-moving unmanned sea drones. The same technology race shows up in adaptation tactics as well: as an F-15 pilot observed over Iran. the piece suggests there may be swarms of small drones flying in formation to impede or strike high-performance aircraft.

On the Ukrainian side, it says Ukrainians are experimenting with very high-altitude balloons to carry drones deep into Russia.

The article’s central tension is that responses are arriving quickly—fast enough to turn conflict into a constant cycle of action. reaction. and counteraction. It says fielding a new technology can take just six weeks. with the other side often responding by fielding the same or a comparable technology to defeat it. It also says Ukraine’s approach includes almost daily collaboration between warfighters and weapons developers. including remote guidance from hundreds of miles behind the lines.

For now, the piece argues Ukraine is winning the technology race, though it adds that Russians aren’t far behind.

It then turns to a competing view embedded in experience rather than numbers. For Ukraine, the article says, technical superiority has enabled the country to fend off a numerically superior force. It also points to South Lebanon. where the sudden appearance of fiber-optic drones caught the Israelis somewhat unprepared. in the same way Iranian Shahed drones caught the United States and Gulf states unprepared in the first days of that conflict.

But the article resists treating drones as a universal answer. It compares earlier “new” technologies—poison gas and tanks in World War I. and jet airplanes. rocket-propelled fighters. and ballistic missiles in World War II—saying that early tactical advantage didn’t automatically translate into strategic decisiveness.

For the United States. the piece suggests a specific vulnerability: keeping up with modern drone warfare is challenging because. too often. U.S. forces are not present on the battlefield. It says the first drones sent to Ukraine in 2022 couldn’t operate through intense jamming. It adds that even after America “frantically” holds “drone dominance” competitions and recognizes the crucial importance of drones in training exercises. it risks being a cycle or two out of date.

Drones, it argues, are only one element of combat power. Combat power is only a portion of the national power that wins wars and keeps nations safe. In the nuclear age. it says nuclear weapons serve a vital deterrent function and must be updated and held ready at all times. and as more nations acquire nuclear weapons. strategic defense becomes increasingly important to maintaining deterrence. It also emphasizes well-led and highly motivated warfighters. superior logistics. and clear and attainable objectives as critical drivers of strategic success.

Ukraine. the piece says. understands what tactical failure can cost—potentially strategic defeat. including the destruction of the state. its language and culture. and the deaths of millions of innocent people. That human stakes framing leads to its conclusion: while the world adapts to drone warfare. the lessons from Ukraine’s reliance and resourcefulness are presented as more than a military challenge.

The author is Wesley Clark, a retired U.S. Army general and former NATO Supreme Allied commander in Europe.

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