Drone Strike by Iranian-Backed Militia Targets US Base in Iraq
Drone Attack on US Military Installation
A militia supported by Iran in Iraq has shared a video that allegedly depicts a first-person-view (FPV) drone strike targeting a US military facility near Baghdad International Airport. The group, known as Kataib Hezbollah, released this footage online, asserting that it shows an FPV drone maneuvering around the Victory Base Complex before crashing into a building within the site. This base is situated near Baghdad International Airport, where US troops have been stationed as part of ongoing regional security efforts. Reports from defense analysts suggest that the video captures the drone circling the base before it descends and detonates upon impact. Experts believe this incident could mark the first successful deployment of an FPV attack drone by the militia against a US installation in Iraq, potentially circumventing existing air defense mechanisms.
A suspected FPV drone strike by an Iranian-backed militia has been reported in Iraq. Video shows the munition flying near Victory Base by Baghdad International Airport before striking a building.@Osinttechnical pic.twitter.com/NqFSOiqtvr
— Open Source Intel (@Osint613) March 15, 2026
FPV drones, which were initially created for racing and recreational purposes, are increasingly being modified for use as 'kamikaze' drones, equipped with explosive payloads and manually controlled via a live video feed. These drones are relatively inexpensive, costing only a few hundred dollars, making them a cost-effective alternative to traditional precision-guided munitions while still posing a significant threat to military assets. This incident occurs against a backdrop of escalating tensions in the region, linked to the ongoing conflict involving Iran, Israel, and the United States. Iranian-aligned factions have intensified their assaults on US facilities and allied targets throughout the Middle East, including drone and rocket attacks attributed to militias in Iraq and other areas.
