FFG's ACSV Shows How Future Armored Support Vehicles Must Counter Drones and Breach Minefields.

FFG has shown an ACSV tracked armored support vehicle at Eurosatory 2026 in Paris with a CONDOR VSHORAD turret and front-mounted mine plough, highlighting how armored formations must now fight through drones, direct-fire threats and mined terrain at the same time. The configuration matters because it brings air defense, counter-UAS protection and route-support capability onto a single tracked platform built to move with frontline units.

The system combines a 30 mm remote-controlled turret, programmable airburst ammunition, 360-degree radar coverage, gunshot detection and optional anti-tank missiles with an 8-ton modular carrier architecture. This gives mechanized forces a mobile protection asset for breaching exposed routes, defeating low-altitude threats and surviving in the layered battlefield now shaping modern land warfare.

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FFG’s ACSV showcased at Eurosatory 2026 combines a 30 mm CONDOR VSHORAD counter-drone turret, 360-degree sensor coverage, and a front mine plough, highlighting a growing requirement for armored vehicles that can simultaneously defeat aerial threats and breach mined terrain while supporting frontline maneuver forces (Picture Source: Army Recognition Group)

During the 2026 edition of Eurosatory in Paris, German company FFG presented its ACSV tracked armored support vehicle fitted with the CONDOR VSHORAD module based on the EVPU Turra 30 SA remote-controlled turret and equipped with a front-mounted mine plough. The configuration reflects one of the most visible lessons of recent high-intensity warfare: armored maneuver now requires protection against drones, direct-fire threats and mined terrain at the same time. By combining short-range air defense, counter-UAS capability, protected mobility and route-clearing support, the vehicle points to a changing requirement for land forces operating under constant aerial observation and obstacle pressure.

The ACSV presented by FFG is built around the concept of a module-agnostic armored tracked support vehicle able to receive mission packages through standardized mechanical, hydraulic, electrical and data interfaces. In this configuration, the tracked carrier serves as the mobility and integration platform, while the CONDOR VSHORAD module provides the air-defense, counter-UAS and direct-fire functions. The addition of a mine plough at the front of the vehicle gives the system a broader tactical role, extending its use beyond local air defense toward protected route support for mechanized formations. This is particularly relevant in environments where armored units must move through mined approaches while remaining exposed to drones, artillery spotting and ambush threats.

The CONDOR module is centered on a 30 mm main gun architecture compatible with several cannon options, including the 2A42, Mk-44, GTS-30/A and GTS-30/N, with up to 350 rounds indicated for each configuration. This weapon flexibility gives the turret an export-oriented character, as it can potentially be adapted to different ammunition stocks, maintenance practices and procurement preferences. The 30 mm caliber is also increasingly relevant for counter-UAS missions when associated with programmable airburst ammunition, which enables the system to engage small drones and low-signature aerial threats without relying only on missiles. In a battlefield where inexpensive unmanned systems can exhaust high-value air-defense interceptors, gun-based VSHORAD provides a reusable and more scalable layer of protection for forces on the move.

The turret’s secondary armament includes a 7.62 mm machine gun, with options for PKT 7.62 mm or NATO-caliber 7.62 mm weapons and a displayed ammunition capacity of 600 rounds. The module can also integrate anti-tank missiles and smoke grenade options, expanding its ability to respond to armored threats, protect itself during contact and support maneuver through concealment. The turret traverse range of -10° to +70° gives the system the elevation needed to address both ground and aerial targets, including drones flying at low altitude, threats emerging from elevated positions and conventional targets in urban or broken terrain. This makes the ACSV configuration more than a simple carrier for a turret; it becomes a mobile protection platform for units operating close to the forward edge of the battlefield.

Situational awareness is one of the main elements that strengthens the operational relevance of the CONDOR VSHORAD configuration. The system integrates a SATA package that includes the Thunderbullet gunshot detection system for small-arms and sniper-location detection, as well as four Stormguard multi-mission radars providing 360-degree coverage. This sensor arrangement is critical for a VSHORAD vehicle because reaction time often determines whether a drone, loitering munition or nearby ambush can be defeated before it affects the formation. Combined with the 30 mm cannon and programmable airburst ammunition, the radar and acoustic detection suite creates a local sensor-to-shooter loop designed to detect, classify and engage threats around mechanized units.

The ACSV carrier provides the physical and energy foundation needed for this type of mission package. The vehicle offers an 8-ton payload capacity, diesel fuel supply interface under ISO 1179-1, hydraulic supply of 300 to 400 bar at 50 to 70 liters per minute, and electrical outputs including high 24V DC 500A and low 24V DC 25A. These figures matter because modern short-range air-defense modules require power for radars, stabilized sights, remote weapon stations, digital links, sensors and auxiliary systems. The carrier also includes data connections such as four Type N MIL-DTL-83526 interfaces and a KPSE7E16-23S DZ connection, while its mechanical integration is based on a container-type arrangement with six ISO 1161 twistlocks, ten M16 connection points, cargo lashing points and modular cargo panels. Battery options include an Auxiliary Power Booster and an Auxiliary Power Unit, reinforcing the vehicle’s ability to sustain electrically demanding systems.

The mine plough changes the tactical reading of the platform. In recent conflicts, mines have returned as a decisive factor in land operations, slowing armored assaults, canalizing vehicles into kill zones and giving drones more time to detect and track advancing units. A VSHORAD vehicle equipped with a mine plough could support movement through contested terrain while maintaining local protection against aerial threats. This does not make it a dedicated engineering breaching vehicle in the same category as heavy mine-clearing platforms, but it does suggest a concept in which air defense and route-support functions move closer together. For mechanized forces, such an arrangement could help reduce the vulnerability of maneuver elements during the critical phase when they are crossing obstacle belts or advancing along exposed routes.

The strategic implication of FFG’s configuration lies in the convergence of missions on a single tracked platform. For many years, European armies reduced parts of their short-range air-defense capabilities after the Cold War, while engineering, air defense and armored support functions often remained separated across different vehicle fleets. The return of large-scale land warfare, the proliferation of drones and the extensive use of mines have reversed that logic. Armored formations now require mobile systems able to accompany them directly, detect threats quickly, engage low-altitude targets and survive in terrain shaped by obstacles and artillery. The ACSV fitted with the CONDOR module and mine plough reflects this shift toward distributed, mobile and layered protection.

Several aspects remain important to watch as the system evolves, including the type of anti-tank missile that could be integrated, the detection range of the radar suite, the final crew configuration, the protection level of the carrier, ammunition reload arrangements and whether the mine plough configuration is intended for a specific customer requirement or for wider market demonstration. These details will determine how the system could be positioned in future procurement programs. Nevertheless, the configuration already shows how industry is responding to a battlefield where armored mobility, counter-drone defense and survivability against ground threats must be addressed together rather than separately.

FFG’s ACSV with the CONDOR VSHORAD module and mine plough illustrates a wider transformation in armored support vehicles. The combination of a 30 mm remote-controlled turret, programmable airburst ammunition, 360-degree radar coverage, gunshot detection, optional anti-tank missiles, smoke protection, modular power interfaces and an 8-ton payload carrier architecture reflects the growing need for platforms that can protect, move and fight with frontline formations. Its message is clear: future armored maneuver will depend not only on heavier armor or longer-range weapons, but on modular vehicles able to detect, engage and survive across several threat layers at the same time.

Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group

Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.