Today, Hezbollah released a video of an FPV drone attack on the Israeli Iron Dome system near the border with Lebanon.
The IDF has struggled to respond to the FPV drone threat, which uses special cables and manual operation of the drone to outwit the IDF’s advanced technologies for jamming and tracking drones, reported The Jerusalem Post.
Israeli military units operating in southern Lebanon have begun equipping vehicles with improvised anti-FPV drone protection systems, mirroring battlefield innovations widely used by Ukrainian forces against Russian drone attacks.
Footage circulating online, first highlighted by Defense Express on April 29, shows an Israeli HMMWV fitted with a lightweight frame supporting mesh netting designed to intercept or detonate incoming first-person view (FPV) drones before they reach the vehicle’s vital areas. In the video, a drone is seen striking the netting rather than the vehicle itself.
The adaptation comes as Hezbollah ramps up its deployment of FPV drones targeting Israeli troops and equipment. These low-cost, precision-guided munitions have become a significant threat, forcing rapid tactical adjustments similar to those seen across the front lines in Ukraine, reported United24Media.
The Israeli system features a relatively light frame with soft netting stretched across it. Unlike heavier metal cage armor common in Ukraine, this configuration prioritizes speed of deployment and minimal added weight. The netting is intended to either physically snag drones or trigger their warheads at a standoff distance, reducing damage to the vehicle.
Ukrainian forces have extensively used similar protective measures, often with more robust reinforced metal frameworks.
Ukrainian HMMWV equipped with cage armor near Kostyantynivka and a Roshel Senator APC with drone protection near Druzhkivka (Source: Getty Images).Defense Express noted that the Israeli version appears less structurally robust, offering limited protection for exposed personnel—particularly in open-backed HMMWVs. While it may deflect direct hits on the vehicle chassis, troops riding in the open remain vulnerable.
The proliferation of such improvised defenses underscores the growing dominance of FPV drones in modern conflicts. Electronic warfare jammers are not always available or effective against all threats, and advanced active protection systems remain expensive and limited in deployment.
Some manufacturers are already responding to the trend. UAE-based TAC Armored Vehicles, for example, has introduced platforms with integrated anti-drone protection. Israel has also tested adaptations of its Rafael Trophy active protection system against aerial threats, though its proven effectiveness specifically against mass FPV attacks in current operations is still being evaluated.
Ukrainian military vehicle passing under anti-drone nets in Donetsk region (Source: Getty Images).The adaptations are not limited to the Middle East. China has similarly studied lessons from Ukraine, incorporating modular layered mesh protections and indirect fire tactics observed on both sides of the Russia-Ukraine war into its own armored vehicle designs.
As drone warfare evolves, lightweight, field-expedient solutions like these netting systems are likely to become standard features on vehicles operating in contested environments, reflecting a broader shift toward affordable, rapidly adaptable countermeasures in an era of proliferating low-cost aerial threats.
