French Army Pushes Modernization With Next-Generation Combat Equipment and Modern Armored Vehicles.

France is pushing its Army toward more networked, robotic and longer-range combat with a new generation of systems combining armored mobility, 120 mm mobile firepower, autonomous ground platforms and advanced battlefield communications, showcased at Eurosatory 2026 in Paris. The shift is designed to give French land forces greater speed, survivability and striking reach in high-intensity combat, where dispersed units must detect, coordinate and engage threats faster.

The emerging equipment mix links mobile direct-fire support with unmanned systems and digitally connected combat vehicles, expanding how forces can scout, maneuver and deliver effects while reducing exposure to enemy fire. It reflects a broader move toward battlefield networks in which autonomy, protected mobility and extended-range firepower increasingly determine tactical advantage.

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The French Army pavilion at Eurosatory 2026 in Paris showcases the latest generation of armored vehicles, robotic systems, battlefield communications, and other technologies shaping France’s future land combat capabilities. (Picture source: Army Recognition Group)

Army Recognition's video report provides a close look at the Griffon MEPAC 120 mm mortar carrier, Griffon command-post configurations, Serval 4x4 armored vehicle, autonomous robots and new communication technologies, alongside MBDA's NCM-LCM Mk2 long-range cruise missile concept. While several of these systems are already entering service or operational use, others remain demonstrators intended to shape the French Army's next generation of battlefield capabilities.

At the center of this modernization is the Griffon MEPAC, or Mortier Embarqué Pour l'Appui au Contact, a 24.5-ton armored mortar carrier developed to provide immediately available indirect fire support to units operating close to the enemy. Built on the Griffon 6x6 armored vehicle, the MEPAC carries a semi-automatic 120 mm mortar and integrates the French ATLAS artillery command-and-control system, allowing mortar crews to receive fire missions digitally and engage targets while remaining protected inside the vehicle. This represents a significant shift from traditional towed 120 mm mortars, because the system combines crew protection, mobility and firepower in a single armored vehicle capable of accompanying mechanized formations and rapidly relocating after firing, an increasingly important capability against counter-battery radars, drones and precision artillery.

Discover the latest generation of military equipment the French Army is developing and deploying to revolutionize future combat operations. From new armored vehicles and self-propelled mortar systems to autonomous robots, unmanned surface vessels, advanced communications, and electric mobility, these technologies highlight how France is preparing its forces for the future battlefield. (Source: Army Recognition Group)

The French Ministry of Armed Forces identifies support to frontline units, armored raids, and the neutralization of observation positions and radars among the MEPAC's missions. The system has also been deployed to Estonia during Exercise Spring Storm, giving the French Army an opportunity to operate the new mortar carrier in an allied environment and demonstrate its ability to support NATO formations on the Alliance's eastern flank. The MEPAC is one element of the wider [French Army SCORPION modernization program](INTERNAL-LINK-SCORPION), which is replacing legacy armored vehicles while connecting combat units through a common digital architecture designed around collaborative combat and rapid information exchange.

The Griffon command-post vehicle shown in the Army Recognition video illustrates this emphasis on mobility and connectivity. Command variants transform the 6x6 armored vehicle from a troop carrier into a protected mobile command node, allowing commanders to control operations while moving with combat formations instead of relying exclusively on fixed headquarters that can be detected and targeted. This mobility has become increasingly important as reconnaissance drones, electronic intelligence and long-range precision weapons make static command posts more vulnerable, while distributing command functions across protected vehicles can reduce the time headquarters remain in one position and still maintain access to tactical data and communications.

Alongside the heavier Griffon family, the Serval provides a lighter, more deployable 4x4 armored vehicle for French infantry, command, reconnaissance, and specialist units. The French Army describes the Serval as a roughly 17-ton vehicle powered by a 375-hp engine, with an operational range of about 600 km and the ability to transport up to ten personnel depending on configuration, while two vehicles can be carried by an A400M transport aircraft. Its operational value goes beyond mobility because the Serval integrates SCORPION vetronics, tactical communications, threat detectors, and the SICS combat information system, enabling crews to exchange tactical information with other connected French Army vehicles and support troop transport, command, electronic warfare, reconnaissance, tactical communications, counter-drone, and ground-based air-defense missions depending on the version.

France plans a large Serval fleet across several procurement programs. The French Ministry of Armed Forces says it plans 978 Serval vehicles under SCORPION by 2035, with an additional 1,060 associated with the protected light tactical vehicle effort. In late 2025, the DGA also delivered the first 30 Serval Appui SCORPION vehicles from a 530-vehicle order placed in December 2024 and valued at more than €1 billion, illustrating the scale at which France is building out the lighter component of its digitally connected armored force.

The video also shows the communications hybridization kit being tested on SCORPION vehicles. French defense authorities have identified connectivity testing of such a kit on the Serval artillery command-post version, reflecting an effort to connect different military communications networks and increase available communication paths for deployed units. Operationally, this matters because resilient communications have become as important as armor protection: a force that can switch between communication channels, exchange targeting information, and continue coordinating when individual networks are disrupted is more difficult to paralyze through electronic warfare or attacks against command infrastructure.

The Army Recognition video also examines MBDA's NCM-LCM Mk2, one of the most strategically significant weapons displayed at Eurosatory 2026. Unveiled by MBDA on June 15, 2026, the new Naval Cruise Missile-Land Cruise Missile Mk2 is designed to provide a range exceeding 1,000 km while improving resistance to electronic jamming, survivability, flight performance and lethality. For land forces, the proposed LCM configuration introduces a mobile ground-launch capability that can operate from unprepared positions, with MBDA stating that the first Ground Launch System is planned to become available from 2029 and is designed to deploy a battery in less than 15 minutes, with four missiles already loaded and ready to fire.

Such a weapon would extend French and potentially European land-based strike capability far beyond conventional tube artillery. A range above 1,000 km would allow commanders to threaten command centers, logistics hubs, air-defense infrastructure and other high-value targets deep behind an opponent's frontline without relying exclusively on combat aircraft. The system should therefore be viewed as a future capability rather than equipment already fielded by the French Army, but its development reflects the growing importance of land-based deep strike in European high-intensity warfare.

Robotics represents another major direction of French modernization. The FURIOUS autonomous unmanned ground vehicle shown at Eurosatory is a roughly two-ton experimental robotic vehicle developed around autonomous mobility technologies for manned-unmanned operations, with autonomous functions including obstacle management, automatic localization, environmental mapping, and movement without detailed mission preparation. Potential missions include reconnaissance, patrol, and support to operations in urban or open terrain, but its broader importance lies in helping the French Army determine how autonomous ground robots can operate alongside soldiers while reducing the number of personnel who must enter exposed or dangerous areas.

The smaller EOD robot and tracked autonomous demining vehicle shown in the video address the same operational principle at different scales: placing machines between soldiers and lethal hazards. Compact robots can inspect suspicious objects, enter confined spaces, or approach explosive threats while EOD operators remain at a safer distance, while larger tracked robotic vehicles can support reconnaissance and clearance of minefields and explosive obstacles. Because mines and engineered obstacles can slow maneuver formations and channel armored units into predictable routes, increasing autonomy in combat engineering could reduce risk to personnel while helping mechanized forces restore mobility faster under battlefield conditions.

At the individual level, the SPECTRE electric motorcycle highlights a different approach to tactical mobility. Electric two-wheelers can potentially provide reconnaissance teams, liaison personnel or small combat elements with rapid movement and a reduced acoustic signature compared with combustion-powered motorcycles, particularly during short-range movement close to contested areas. Although far less heavily armed or protected than armored vehicles, such systems can contribute to dispersion, speed, and signature reduction for small units operating across a sensor-dense battlefield.

The operational logic is increasingly clear: a Serval or Griffon can move troops and command elements while exchanging digital tactical information, MEPAC can provide protected and rapidly available indirect fire, robotic vehicles can scout or operate in hazardous areas, resilient communications can keep those elements connected, and future weapons such as the LCM could extend the engagement zone hundreds of kilometers beyond the tactical frontline. For the French Army, the future battlefield is therefore being shaped as much by connectivity and information speed as by armor and firepower, with the equipment displayed at Eurosatory 2026 pointing toward units able to detect threats earlier, share information faster, maneuver more safely, and strike while exposing fewer soldiers to the most dangerous areas of combat.

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Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.