On a bright landing pad at Victory Base in Iraq, someone parked a medevac helicopter behind a low blast wall and left it there. On March 24, 2026, Kataib Hezbollah flew a fiber-optic FPV drone through whatever gap in coverage existed, struck that helicopter, and released the footage themselves. The red cross on the tail appears to have been blurred out before the video went public — whether to obscure the markings of a protected medical aircraft or simply because the militia understood exactly what it had hit is not yet clear. What is clear is that this has never happened before: a first-ever successful FPV drone attack on a parked U.S. military aircraft, according to analysts cited by The War Zone.
The helicopter in question was an HH-60M CASEVAC bird assigned to Charlie Company, 2nd Battalion (General Support), 4th Regiment, 4th Infantry Division Combat Aviation Brigade — a unit whose job is to fly into harm's way and pull people out. On this day it was sitting on the ground, and something designed to defeat it arrived on a fiber-optic tether.
Fiber-optic FPV is not new technology. Open-source investigators and military analysts have been tracking its spread since Ukraine showed the world what it could do against Russian electronic warfare: run a thin cable from the drone to its operator, and electronic jamming becomes irrelevant. The signal doesn't radiate; it travels on a physical thread. Russian EW systems built to disrupt radio links had nothing to grab onto. Ukrainian operators used fiber-optic drones to good effect; the U.S. military documented the technique extensively in its own open-source analysis of the conflict. What we were watching, in part, was a capability being refined in real time against a near-peer adversary.
Now it has been turned on U.S. forces.
Kataib Hezbollah has been probing Victory Base with fiber-optic FPVs since earlier this month, according to The War Zone. The March 24 strike — which also set an AN/MPQ-64 Sentinel radar system on fire — was not a first contact. It was a refinement. The militia released its own footage, which is the thing adversarial groups do when they want you to see exactly what they can do to you.
The Sentinel radar targeted in the strike is part of the NASAMS air defense system and has an instrumental detection range of up to 120 kilometers in its F1/A3 upgraded configuration, according to UNITED24 Media. The base AN/MPQ-64 variant has a 40 kilometer range. United24 Media did not specify which variant was deployed at Camp Victory. The radar burning in video posted by Defense Express is a separate problem from the helicopter: an air defense system designed to see threats coming that was itself struck by the threat it was supposed to see.
Perhaps the most quietly alarming detail in the reporting is this: U.S. forces made no attempt to intercept the incoming FPV drones. They flew over the base without resistance. This is not necessarily a failure of courage or attention — the tools available to counter small, low-flying drones at a forward base are genuinely limited, and an FPV at tree-top height on a short final approach is a notoriously difficult target. But the absence of any engagement raises a structural question: what exactly is supposed to catch this?
The Kataib Hezbollah campaign in Iraq and Syria has now claimed more than 100 attacks on U.S. and allied targets since late February 2026, according to FDD's Long War Journal, which has tracked Islamic Resistance in Iraq attack claims since February 28. That is not a probe; that is a sustained campaign. The fiber-optic drone strike on a parked American helicopter is its most significant result so far.
There is an uncomfortable symmetry in this story that deserves to sit in the open: the U.S. military watched fiber-optic FPV drones neutralize Russian electronic warfare in Ukraine, documented the technique in detail, and published that analysis openly. The same capability is now being used against American aircraft in Iraq. The open-source intelligence community tracked the evolution of this technology in real time. Nobody was surprised that it existed. What apparently still surprises is that it would be used here.
The question for anyone who operates aircraft in places where Kataib Hezbollah operates — or for that matter, for domestic base security — is not whether this will happen again. The question is whether anything has changed since March 24 that would produce a different outcome. The HH-60M was parked behind a low blast wall on an open landing pad. The FPV flew in. Those are fixable problems. The harder fix is the one that lives in the electronic warfare suite, the base defense doctrine, and whatever operational calculus decided that a medevac helicopter on a hardstand did not require active protection against the most documented threat in contemporary warfare.
We document what our enemies learn from others. The question now is whether we are documenting — or actually solving.
