At the Eurosatory defense exposition, the industry witnessed a high-caliber launch: the official unveiling of Fenris, a new 6×6 armored vehicle equipped with a 105mm gun. Developed in a record time of just over a year, this 26-tonne titan was specifically designed to meet the pressing need for direct fire support, a necessity brought back to the forefront by the dynamics of modern conflicts.
Lessons from the Ukrainian front: Anti-drone protection and NATO standards integration
The design of the Fenris vehicle directly incorporated recent experiences from theaters of operation. Its turret, the Cockerill 3105 model, benefits from native anti-drone protection and complies with the NATO STANAG 4 standard. A key aspect is the use of the 105mm gun, a weapon system already in service with the Ukrainian army, highlighting the pragmatic nature and adaptability of this new platform to current technical realities.
Technical performance and mobility: 95% precision even while on the move
From a tactical perspective, Fenris stands out for its ability to strike targets while in motion, boasting a 95% first-hit probability at a distance of approximately 2,000 meters. The gun allows for a 40-degree firing angle, which extends its range from 2 km to nearly 11 km, being compatible with the full range of NATO munitions. Its flexibility is complemented by the possibility of being airlifted, including by A400M aircraft, ensuring rapid deployment anywhere in the world.
Innovation under the hood: Active suspension and a silent 500 Hp engine
Beyond firepower, the vehicle’s survival is guaranteed by superior mobility. Fenris is equipped with a 500 Hp engine, powerful yet surprisingly silent, and a piloted active suspension system. The latter allows for the adjustment of ground clearance and vehicle pitch, offering two major advantages: overcoming difficult obstacles and shrinking the silhouette for better concealment in firing positions. Considered a natural replacement for the aging AMX10 RC platforms, Fenris is ready for production, with delivery times ranging between 12 and 16 months, depending on the urgency of operational requirements.
