France Reveals Upgraded Leclerc XLR Tank With Drone Cage Against FPV Drone Attacks.

France’s upgraded Leclerc XLR main battle tank appeared at Eurosatory 2026 with a roof-mounted anti-drone cage, highlighting how the French Army is adapting its armored force to the growing threat from FPV drones and loitering munitions seen in Ukraine. The configuration, showcased during the exhibition in Paris-Nord Villepinte, underscores that tank survivability against low-cost aerial attacks has become as critical as improvements in firepower, networking, and battlefield awareness.

The added protection is designed to reduce vulnerability to top-attack threats targeting turret roofs, optics, engine compartments, and other exposed areas that have proven vulnerable in modern combat. Its integration reflects a broader shift in armored warfare, where counter-drone measures are increasingly essential to maintaining battlefield mobility, combat effectiveness, and operational endurance in drone-saturated environments.

Related topic: AM General Places Future Tactical Mobility With Counter-UAS Capabilities at the Center of Eurosatory 2026.

French Army Leclerc XLR main battle tank displayed at Eurosatory 2026 with a roof-mounted anti-drone cage, reflecting lessons from Ukraine and France’s push to improve armored vehicle survivability against FPV drones and loitering munitions (Picture source: Army Recognition Group).

The cage seen on the Leclerc XLR is a passive protection measure, not an active protection system. Its purpose is to create physical standoff between the incoming drone warhead and the turret roof, disturb the impact angle, and in some cases cause premature detonation before the shaped charge or explosive payload contacts the armored surface. It does not make the tank immune to drones, and it is unlikely to defeat all top-attack profiles. Its value is narrower but operationally relevant: it can reduce the probability of a clean hit on the most vulnerable upper surfaces and force the drone operator to attack from a less favorable angle or closer range. That matters because FPV attacks often rely on last-second pilot correction against exposed weak points rather than simple collision with the strongest frontal armor.

The Leclerc XLR already includes survivability improvements under the SCORPION modernization. KNDS France lists complete modular and regenerative armor protection, an anti-RPG kit for urban operations, the Galix close-defense protection system, a mine and EPI protection kit, and BARAGE anti-IED jammers. These measures were designed mainly against rockets, mines, improvised explosive devices, and close-range direct-fire threats. The roof cage addresses a different geometry of attack. Ukraine has shown that a tank can be defeated by a munition entering through the top arc even when its frontal armor remains intact, which changes how armies must evaluate protection: not only armor thickness, but coverage, sensor exposure, hatch discipline, electronic warfare, and overhead survivability.

The XLR keeps the Leclerc’s main armament, the CN120-26 120 mm/52 smoothbore gun, supported by electric turret control, stabilization, a digital fire-control system, and an automatic loading system that allows the three-man crew to fire at high tempo while moving. KNDS also identifies programmable ammunition capability, including multi-mode airburst, which is important because modern tank ammunition is no longer limited to armor-piercing roles. The same gun can engage tanks, infantry positions, light armored vehicles, buildings, and exposed anti-tank teams, depending on ammunition selection. The tank’s secondary weapons include a 12.7 mm coaxial machine gun and a SCORPION 7.62 mm remotely operated turret, allowing the crew to engage close threats from under armor rather than exposing the commander or gunner through a hatch.

The counter-drone question is not limited to the cage. In May 2026, a French Army Leclerc from the 5th Cuirassier Regiment destroyed a drone during live-fire trials in Abu Dhabi using the 120 mm OEFC F1 canister round. That round disperses roughly 1,100 tungsten balls at about 1,410 m/s, creating a shotgun-like cone intended for close-range saturation rather than precision impact. In anti-drone use, the logic is to put a dense projectile cloud across the UAV’s flight path, where damage to rotors, wiring, battery, flight controller, or airframe can be sufficient to bring it down. This is an opportunistic self-defense measure, not a replacement for short-range air defense, because the tank gun has limited elevation, the ammunition is finite, and the crew must detect, classify, track, and engage a small fast-moving target under stress.

The tactical package, therefore, has to be understood as layered and imperfect. The cage deals with the final meters of an incoming drone attack. The Galix system can generate smoke and multispectral screening to break observation and laser-guided engagement chains. BARAGE-type electronic warfare can help against radio-controlled threats, although fiber-optic FPV drones and autonomous terminal guidance reduce the reliability of jamming alone. The remote weapon turret and coaxial machine gun give the crew some response against close aerial or ground threats, while the main gun can use canister ammunition in selected conditions. None of these elements produces a complete shield. Together, they raise the cost, complexity, and timing problem for the attacker.

The Leclerc XLR’s mobility remains central to its operational value. KNDS gives the upgraded tank a 1,500 hp engine, automatic transmission, hydropneumatic suspension, a power-to-weight ratio of about 24 hp per ton, and a listed trail speed of 72 km/h. Mobility is not only a road-speed figure; it affects the tank’s ability to reposition after firing, cross broken ground, avoid predictable routes, and reduce exposure time in areas covered by UAV reconnaissance. In Ukraine, static vehicles have repeatedly proved easier to locate, mark, and strike. A roof cage may help at the moment of impact, but dispersal, movement, camouflage, electronic protection, and coordination with infantry and air-defense assets remain more important than any single structural add-on.

The industrial and force-structure context is also concrete. On 24 December 2024, France’s DGA ordered the renovation of 100 additional Leclerc tanks to the XLR standard, bringing the total ordered to 200 after earlier batches of 50 in 2021 and 50 in 2022. The DGA reported delivery of the 34th renovated Leclerc XLR to the French Army on 10 December 2024, including 21 delivered during 2024. Under the 2024–2030 Military Programming Law, France plans to have 160 renovated tanks by the end of 2030 and 40 more by the end of 2035, with work carried out at the KNDS France site in Roanne. The additional 100-tank order is part of France’s effort to keep heavy armor operational until the future Main Ground Combat System becomes available.

The Leclerc XLR shown with a roof cage at Eurosatory 2026 is therefore less a prototype curiosity than an indicator of where armored warfare is moving. France is preserving a high-end main battle tank, but the survivability model is changing from armor-centric protection toward a combination of physical barriers, electronic warfare, smoke, networked command systems, remote weapons, adapted ammunition, and tactical dispersion. The cage is the most visible part of that shift, but not the most important by itself. Its significance is that the French Army is applying lessons from Ukraine to an in-service Western tank before the next major acquisition cycle, rather than waiting for a future replacement vehicle to solve a threat that already exists.

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Written by Evan Lerouvillois, Defense Analyst.

Evan studied International Relations, and quickly specialized in defense and security. He is particularly interested in the influence of the defense sector on global geopolitics, and analyzes how technological innovations in defense, arms export contracts, and military strategies influence the international geopolitical scene.