DUSSELDORF - Rheinmetall recently conducted a flight demonstration of its FV-014 loitering munition system for an undisclosed NATO member state. The test took place at the German Aerospace Centre (DLR) National Test Centre for Unmanned Aerial Systems in Cochstedt, Saxony-Anhalt. During the evaluation, the aircraft performed simulated mission scenarios and attack flights to verify its operational capabilities.
The FV-014 is a tactical system designed to combine reconnaissance and strike functions within a single platform. It is capable of engaging both armored and soft targets at ranges of up to 100 kilometers. The system uses a booster for container-based launches and is compatible with multi-launcher configurations. Once airborne, the unit deploys folding wings to transition into aerodynamic flight, powered by an electric propulsion system.
According to technical specifications, the FV-014 has a flight endurance of 70 minutes. This duration is intended to allow operators time for target identification and selection beyond the line of sight. The platform features faceted structures and a low-signature design to reduce acoustic, thermal, and radar profiles. It is further designed to operate in environments where Global Navigation Satellite System (GNSS) signals are jammed or otherwise disrupted.
Control of the system is managed through a portable ground station. The interface maintains a human-in-the-loop requirement, allowing an operator to oversee the entire flight path. This control mechanism enables the operator to change target priorities or abort a strike in real time if mission parameters shift. The FV-014 is currently positioned as a man-portable tool for troop-level tactical units to engage high-value assets such as command vehicles and artillery positions.
The successful demonstration of the FV-014 reflects the accelerating integration of loitering munitions into standard NATO doctrine. As traditional artillery and manned aviation face increased risks from sophisticated air defenses, unmanned systems that can linger over a battlefield offer a cost-effective method for precision strikes. By prioritizing operation in GNSS-denied environments, Rheinmetall is addressing a critical vulnerability exposed in recent high-intensity conflicts where electronic warfare has frequently rendered standard GPS-guided weaponry ineffective.