Loitering munition FV-014: Rheinmetall unveils CML multiple launcher at Eurosatory

Loitering munition systems (LMS) combine reconnaissance and effect in a single platform, thus greatly increasing combat power on future battlefields. Rheinmetall has now presented a multiple launcher for its own FV-014 LMS for the first time at Eurosatory 2026: the Containerized Missile Launcher (CML).

The CML is embedded in Rheinmetall's reconnaissance and strike network. Reaction times from the first signal in space to the effect on the ground are to be kept as short as possible, which is intended to bring a decisive advantage in protecting one's own forces. Digitally, this strike network is based on the Rheinmetall Battlesuite.

The digitalisation of platforms, sensors and effectors is aligned with it. According to Rheinmetall, it “enables the seamless networking of existing and future systems through open and standardised interfaces”. In this way, information can be provided more quickly, the integration effort is reduced, and existing capabilities from different manufacturers can be used in a common command and information environment.

Loitering munition in a 20-foot container

The CML was designed as a fully self-contained, modular and networked weapon system that can be used flexibly on different platforms and is quickly ready for action. It is based on a logistically highly flexible 20-foot container with space for up to 18 FV-014 air vehicles. An integrated power supply and several communication modules enable uncrewed operation.

Because the FV-014 are compactly packed and feature advanced swarm technology, several air vehicles can be launched in a salvo and controlled simultaneously by a single operator. The air vehicles have a range of up to 100 kilometres and can remain in action for up to 70 minutes.

In addition, the launcher's open architecture is designed to integrate other munitions quickly and easily. It can also be adapted to numerous different vehicles and to the command and control systems of individual countries.

Thanks to an integrated fire control and communication system, launches can be triggered remotely, with several secure communication options available. This reduces personnel requirements to a minimum and improves automation. The CML can also be easily integrated into existing command, reconnaissance and strike systems via the Battlesuite Interface Collection.

This collection of open interfaces draws on in-house developments as well as established military STANAGs and international standards such as ROS2 and MAVLink. It is already available on GitHub today, together with a digital test environment.

Via the Battlesuite architecture, the CML can be linked directly to a wide range of digital applications from Rheinmetall and partners – for example for tactical mission planning, autonomous UxV control, AI-supported classification of targets and objects, multi-mode tracking and line-of-sight tracking, and for counter-unmanned aircraft systems (counter-UAS).

With a battery system and sleep mode, the CML can also be operated autonomously as a stand-alone solution over longer periods; an optional generator extends operating time further. When a command is issued, the system switches automatically from standby to active mode.

Thanks to the standardised container format, the CML fits civilian and military transport systems, including ships, trains and trucks. This facilitates mobility, covert operations and rapid deployment. The CML can be used on its own (stand-alone) or from vehicles, railway wagons and ships. Smaller systems with a reduced package size can also be realised if required.