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German defense firm Rheinmetall released live-fire footage on February 19, 2026, showcasing its new FV-014 loitering munition during a customer-facing trial at Germany’s National Test Centre for Unmanned Aerial Systems in Cochstedt.

The demonstration, held at the German Aerospace Centre’s test facility in Saxony-Anhalt, simulated multiple operational scenarios against armored vehicles, artillery systems, command posts, and other high-value targets.

Rheinmetall said the system is intended for brigade- and battalion-level deployment, offering tactical units a 100-kilometer-class deep-strike capability beyond the line of sight without reliance on complex artillery coordination or manned aircraft sorties.

The FV-014 is a fixed-wing loitering munition weighing approximately 20 kilograms and carrying a roughly 5-kilogram high-explosive dual-purpose warhead capable of penetrating more than 600 millimeters of rolled homogeneous armor.

Rheinmetall states the warhead provides anti-armor performance against the side and rear aspects of main battle tanks while also delivering blast-fragmentation effects against artillery positions, light vehicles, and fortified infrastructure. The system has a flight endurance of up to 70 minutes and a maximum operational range of 100 kilometers, with a data-link range of around 60 kilometers.

System Design and Mission Profile

The FV-014 combines reconnaissance and strike functions in a single platform. After booster launch from a rectangular transport-and-launch container, the munition deploys folding wings and transitions into aerodynamic flight using an electric propulsion system.

The pusher-propeller configuration is intended to reduce acoustic and thermal signatures during the terminal phase, while faceted structures and aerodynamic fins are designed to balance endurance with maneuverability and support high-speed terminal approaches.

The system is built for flexible deployment. It can be launched from sealed transport containers, integrated into vehicle-mounted multi-launcher systems, or deployed from maritime platforms. This configuration aligns with NATO concepts of dispersed operations, enabling units to maintain munitions in sealed containers and execute coordinated strikes rapidly without exposing large, easily detectable launch systems.

For coastal and expeditionary forces, container-based deployment also offers a littoral strike option against radar installations, staging areas, and fast attack craft.

Operational doctrine emphasizes continuous human-in-the-loop control. Operators can identify targets, authorize engagement, or abort missions if conditions change. The system’s endurance allows it to loiter over an area, verify targets, and adjust to dynamic battlefield conditions.

Rheinmetall says this approach improves strike effectiveness and reduces the risk of collateral damage, particularly in environments where decoys, camouflage, and rapid displacement are common defensive measures.

Electronic-Warfare Resilience and NATO Focus

Rheinmetall states the FV-014 is engineered to operate in GNSS-denied and electronically contested environments. The war in Ukraine has demonstrated the effectiveness of electronic warfare in disrupting navigation and communications, forcing continuous adaptation at the tactical level.

The company says the system incorporates navigation redundancy, secure data links, and adaptable control software to maintain mission execution despite jamming attempts.

The demonstration in Cochstedt was conducted for a potential NATO customer, though the specific country was not disclosed. Rheinmetall said the trial simulated multiple mission profiles and attack scenarios designed to reflect dynamic combat employment at ranges of up to 100 kilometers.

The system supports swarm operations and coordinated salvos, allowing multiple munitions to be launched simultaneously to saturate short-range air defenses or engage several targets at once.

The FV-014 is positioned within a weight and performance category suited to tactical formations. With a launch weight of about 20 kilograms and a payload of approximately 6 kilograms, it is designed as a portable system controlled via a ground station, enabling real-time situational awareness and target assignment. The operator can maintain control throughout the mission, from reconnaissance and tracking to final engagement.

Industrial Production and European Capability

Rheinmetall indicates the FV-014 was conceived for scalable, high-volume production using modular architecture and commercially proven components. The company highlights digitally networked production lines, automation, and additive manufacturing as methods to accelerate output and reduce delivery timelines.

This approach reflects a broader European push to field sovereign loitering-munition capabilities aligned with NATO doctrine and to sustain production rates suitable for high-intensity conflict.

The economic logic behind loitering munitions has become central to modern warfare. In Ukraine, relatively inexpensive drones have destroyed artillery, air-defense systems, and armored vehicles worth many times their cost, reshaping battlefield economics and forcing adversaries to invest heavily in counter-UAS defenses.

Rheinmetall has not disclosed the FV-014’s unit price, but its emphasis on scalable production and commercial components signals an effort to maintain cost-effectiveness while enabling large-scale deployment.

The company also noted that the system had undergone combat-relevant testing before its public unveiling in September 2025, though no location was officially confirmed. Analysts widely assess that any such testing would likely have taken place in Ukraine, currently the only active conflict providing modern battlefield conditions for such systems. Rheinmetall has not publicly confirmed those reports.

Strategic Implications

The Cochstedt demonstration underscores Europe’s effort to expand indigenous loitering-strike capabilities and integrate them into NATO’s evolving doctrine of dispersed, networked operations in electronically contested environments.

A loitering munition with a 100-kilometer range and 70-minute endurance provides tactical units with an organic deep-strike option that bridges the gap between conventional artillery and higher-cost missile systems.

For prospective operators, the FV-014 offers a combination of range, endurance, and precision suited to modern high-intensity warfare. Its ability to detect, track, and strike high-value targets beyond immediate line of sight within a single mission profile reflects a shift toward rapid, cost-effective precision at the tactical level.

The system’s emphasis on electronic-warfare resilience, modular deployment, and scalable production aligns with NATO’s focus on maintaining operational effectiveness in contested environments while managing procurement costs.

The live-fire demonstration and release of footage signal a new phase in Europe’s development of loitering munitions. As NATO members seek to incorporate lessons from Ukraine and expand distributed strike capabilities, systems such as the FV-014 are likely to play an increasing role in shaping the tactical battlefield, providing units with extended reach and flexible precision without requiring larger force structures or high-cost platforms.