Image Courtesy: Army Recognition
France has successfully demonstrated a new anti-drone capability for its Leclerc main battle tank, using a specialized 120mm canister round to destroy an FPV drone during live-fire trials in Abu Dhabi. The test highlights how modern armored forces are rapidly adapting to the growing battlefield threat posed by cheap, highly maneuverable drones.
The trials involved a French Army Leclerc tank from the 5th Cuirassier Regiment firing the OEFC F1 canister round, developed by KNDS France. Instead of relying on precision impact, the shell disperses roughly 1,100 tungsten balls in a wide cone pattern, effectively turning the tank’s main gun into a massive shotgun designed to intercept drones at close range, according to Army Recognition.
French military officials confirmed the successful interception on May 20, 2026, describing the system as an “opportunistic anti-drone capability” rather than a replacement for dedicated air defense platforms. The concept is aimed at giving armored crews a last-resort self-defense option against FPV drones, quadcopters, and loitering munitions that can strike from low altitude and unpredictable angles.
The move reflects a wider transformation in modern warfare following lessons learned from the Russia-Ukraine war, where inexpensive drones repeatedly exposed vulnerabilities in even heavily armored vehicles. Traditional tank defenses were largely designed to stop anti-tank missiles, RPGs, and kinetic penetrators, not small aerial threats attacking from above.
Unlike conventional tank ammunition, the OEFC F1 round is optimized for volumetric saturation. Once fired, the shell ruptures almost immediately after leaving the barrel, creating a fast-moving cloud of tungsten projectiles traveling at approximately 1,410 meters per second. Even minimal structural damage can disable an FPV drone by destroying rotors, severing wiring, or destabilizing onboard flight systems.
French military planners intentionally tested the system under difficult engagement conditions, including perpendicular drone attack vectors, erratic flight paths, and higher engagement altitudes than typically seen in Ukraine or the Middle East. These scenarios stressed the Leclerc’s turret traverse speed, stabilization systems, and fire-control calculations under rapid reaction conditions.
The trials were likely conducted under France’s Future Combat Command framework, which was established to accelerate battlefield adaptation and rapidly integrate lessons from active conflicts into operational doctrine. Rather than waiting years for entirely new vehicle designs, the French approach focuses on repurposing existing hardware and ammunition to meet emerging threats.
The concept also avoids one of the biggest challenges facing modern militaries: redesigning armored vehicles around new anti-drone systems. Because the Leclerc already carries the OEFC F1 round within its existing ammunition family, the capability can potentially be deployed without major structural modifications or external weapon mounts.
Still, limitations remain. The Leclerc was never designed as an anti-aircraft platform, meaning its gun elevation angles, ammunition capacity, and reload rates are all less effective than dedicated short-range air defense systems such as the Gepard. The cost per engagement is also significantly higher compared to lighter anti-drone weapons.
Even so, the test signals a growing shift toward layered survivability in armored warfare, where tanks are increasingly expected to defend themselves against aerial threats as well as ground-based attacks. Similar improvised counter-drone adaptations have already appeared across Ukraine, including cage armor, electronic warfare systems, and modified machine gun mounts.
The French approach stands out because it transforms a tank’s main gun into a close-range anti-drone weapon using what is effectively a giant tungsten shotgun blast, potentially giving armored crews a new tool against one of the defining threats of modern warfare.
