This statement highlights a real and rapidly evolving trend in modern warfare: fiber-optic guided FPV (first-person view) drones. These systems are proliferating from the Russia-Ukraine conflict to the Middle East, with Iranian-backed militias already demonstrating them against U.S. targets in Iraq.
How Fiber-Optic Drones Work
Standard FPV drones rely on radio signals for control and video feed. Electronic warfare (EW) systems can jam or spoof those signals, rendering many drones ineffective. Fiber-optic versions replace the wireless link with a thin, lightweight cable (often spooled on the drone like fishing line) that unspools during flight. This creates a direct, physical wired connection—immune to radio jamming or spoofing—while providing a clear, low-latency video feed back to the operator.
Ranges reported in Ukraine events reach 10–30+ km (sometimes more with upgrades), depending on cable length, drone design, and tactics. The cable is cheap and thin enough that it doesn't severely limit maneuverability, though the drone must manage the trailing line and risks snagging or breaking.
Both Russia and Ukraine have scaled production significantly since late 2024, with Russia using them effectively in areas like Kursk and eastern Ukraine. Demand has even driven up global fiber-optic cable prices, including from Chinese suppliers.
Advantages:
Near-total resistance to EW/jamming.
Reliable operation in heavily contested electromagnetic environments.
Precise strikes on high-value or concealed targets.
Limitations:
Tether restricts maximum range and complicates recovery or complex maneuvers.
The trailing cable can be visually spotted or potentially cut in some scenarios.
Detection shifts to other methods (acoustic, infrared/thermal, visual, or kinetic interceptors) rather than signal-based jamming.
Link to Oil and Gas Costs
The headline ties into broader economic ripple effects.
In the current Middle East context (with reported U.S./Israeli actions against Iran and Iranian retaliation), similar cheap drone tactics threaten energy infrastructure across the Gulf. Recent incidents include Iranian-backed militias using FPV-style drones (some fiber-optic guided) to strike a U.S. Black Hawk helicopter and air-defense radar at Victory Base near Baghdad International Airport.
Qatar halted LNG production after strikes, Saudi facilities faced disruptions, and shipping through the Strait of Hormuz has been affected—driving spikes in oil (Brent briefly over $80+/bbl in recent reports) and European natural gas prices.
These low-cost systems lower the barrier for asymmetric attacks on expensive, high-value assets (helicopters, radars, refineries, tankers). When scaled, they can disrupt energy production and transit without needing advanced missiles or air forces, contributing to volatility and higher prices for oil and gas globally. Russia has benefited indirectly from Middle East disruptions boosting its own energy revenues at times.
Proliferation and Lessons for Iran (and Others)
Russia's adaptation in Ukraine—mass-producing fiber-optic drones to overcome Ukrainian EW—serves as a blueprint. Iran and its proxies (like Kataib Hezbollah in Iraq) appear to be adopting similar tactics quickly, as seen in the Baghdad strikes. These drones are relatively simple and inexpensive to build or modify from commercial parts, making them attractive for non-state actors or countries under sanctions.
If tensions escalate further (including any potential U.S. ground operations under a Trump administration), the technology could spread even faster. Proxies or allies might receive designs, components, or training, accelerating adoption across conflict zones. This fits a pattern where drone warfare democratizes precision strikes: cheap platforms (~thousands of dollars) can threaten multimillion-dollar assets.
Countermeasures are evolving too—kinetic interceptors, directed energy, better sensors for cable detection, or physical barriers—but the arms race favors rapid iteration by both sides.
Bottom Line
Fiber-optic drones represent another step in the "drone war" revolution, where electronic defenses are bypassed by going "old-school" with a wire. They're not invincible (vulnerable to visual/acoustic detection and direct fire), but their effectiveness in jammed environments explains the surge in use. The economic angle is real: sustained campaigns against energy targets amplify supply risks and price volatility, as we've seen from Ukraine to the Gulf. Proliferation to Iran-linked groups underscores how quickly lessons from one theater transfer to another, complicating defense planning for conventional forces. Expect continued adaptation on all sides.
Either TV personalities around Trump are not able to understand and explain it to him (awaiting blood bath trap scenario), or he is pretending to prepare an attack, hoping that Iranians will be scarred and will give up. We will see soon.
“DUBAI -- Video clips released by Iranian-backed Iraqi militias this week looked familiar to anyone who has followed the events in Ukraine.
Drones piloted by fiber-optic wires that render jamming useless cruised above an American base in Baghdad. Then, the first-person-view drones, also known as FPVs, dived to strike their targets: an American Black Hawk helicopter on the ground and an air-defense radar system.
It is a new way of war, and it has come to the Middle East.
President Trump has dispatched thousands of U.S. troops to the region. Should his latest diplomatic outreach falter, he is considering ground and naval operations to reopen the Strait of Hormuz and compel Iran to a cease-fire.
If these Marines and soldiers come ashore in Iran, they would face a drone-dominated environment that has little in common with past U.S. campaigns in Iraq and Afghanistan, where the main threat came from small-arms fire and buried, improvised explosive devices.
"Any U.S. boots on the ground or warships in the Gulf will be 'close in' targets, and FPV drone use will be part of both sides' capabilities," said Martin Sampson, a retired Royal Air Force air marshal, a rank equivalent to a three-star general. He heads the Middle East branch of the International Institute for Strategic Studies, a think tank.
Other than jammers, U.S. forces heading to the region don't seem to possess antidrone equipment on their vehicles or landing craft, which has become common in Ukraine, Sampson said. "Iran has to have anticipated this weakness and gained understanding from Russia on what this means and how it can be exploited," he added.
The Pentagon declined to comment on the matter and referred questions to the Central Command, which oversees U.S. military operations in the region. A Central Command spokesperson declined to comment on how Iran was adopting lessons from the events in Ukraine.
FPV drones aren't the only technology that has transformed the way wars are fought. Ukraine, whose conventional navy, like Iran's, has been largely destroyed, has used naval drones to target Russian warships, decimating the Russian Black Sea Fleet. Kyiv has since ensured that the western part of the Black Sea, including the shipping lanes to its main port, Odesa, has become a no-go zone for the Russian Navy.
Iran's naval drones don't seem to be as sophisticated as Ukraine's, military experts say, and they lack such features as Starlink-enabled navigation. Yet, in a narrow waterway like the Strait of Hormuz, they could prove lethal to warships -- and tankers.
The FPV drones with a fiber-optic wire that were used this week by Iraqi militias in Baghdad -- and are possessed in greater numbers by Iran's Islamic Revolutionary Guard Corps -- indicate a worrying development because they can't be stopped with existing electronic countermeasures.
Russia pioneered the use of these wire-guided drones to devastating effect in its campaign to retake the Ukrainian-controlled part of the Russian region of Kursk in late 2024.
It has also upgraded and modernized the long-range Shahed drones that were originally designed by Iran, and has been cooperating with Tehran on military technologies, sharing the lessons learned in Europe's bloodiest conflict in generations, according to Western and Ukrainian officials.
"Russia and Iran have an alliance, and as allies they are actively collaborating, before and now, exchanging expertise, intelligence and technologies," said Andriy Zagorodnyuk, a former Ukrainian defense minister who chairs the Center for Defense Strategies, in Kyiv. "As true allies, the Iranians are absorbing the lessons of the war, and will try to absorb more."
The question is to what extent the U.S. military has changed its doctrine to adapt to a new kind of battlefield that it is likely to face if Trump orders ground operations to seize islands or coastal areas of Iran. "Iran had a good teacher in Russia, and was eager to learn from these events," said a Russian academic who follows the topic. "I haven't seen the same willingness in the U.S."
Snubbing Kyiv's offer of help, Trump said this month that the U.S. military has no use for the Ukrainian expertise. "We don't need their help in drone defense," he told Fox News. "We know more about drones than anybody."
The U.S. Marine Corps has started experimenting with FPV drones in recent months, training its first FPV teams. These are only baby steps, according to analysts.
"We are still in the early phases writ large in the U.S. military units trying to understand the FPV technology, how it impacts the force, and its implications for the current tactics, techniques and procedures," said Michael Kofman, a senior fellow at the Carnegie Endowment for International Peace in Washington. "If you look at the defensive capabilities that are available, we have a long way to go to get to where Ukraine is at this stage."
In the events in Ukraine, FPV drones account for most of the battlefield casualties, with a drone "kill zone" extending more than 20 miles on each side of the line of contact. Many, if not most, of these drones are now piloted with a fiber-optic wire.” [1]
1. World News: Russia's Drone Use Is a Lesson for Iran --- New technologies could proliferate if Trump orders a ground operation. Trofimov, Yaroslav. Wall Street Journal, Eastern edition; New York, N.Y.. 27 Mar 2026: A6.
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