ISC Defence Intelligence title card. Open-source technical assessment, 17 June 2026.

Rheinmetall reveals a containerised FV-014 loitering-munition launcher at Eurosatory 2026

Technical Summary

Rheinmetall used Eurosatory 2026 at Paris-Nord Villepinte, the exhibition running 15 to 19 June, to unveil a containerised launcher, the Containerized Missile Launcher (CML), for its FV-014 loitering munition. The 20-foot container is transportable by truck, rail and ship, holds 18 ready-to-launch FV-014 rounds, and converts a system previously shown in single-round and demonstrator form into a battery-style, rapidly relocatable salvo launcher. The FV-014 is a reconnaissance-and-attack loitering munition with a launch weight of approximately 20 kilograms, a stated range of up to 100 kilometres, a data-link range on the order of 60 kilometres, and an endurance of around 70 minutes. It is controlled with a human in the loop through a ground station, is designed to operate in Global Navigation Satellite System (GNSS)-denied conditions, and is described as having low acoustic and thermal signatures and the ability to be coordinated in small swarms by a single operator.

The munition carries a high-explosive dual-purpose (HEDP) warhead. Open sources give the warhead or payload mass variously as 4 to 6 kilograms and credit it with defeating more than 600 millimetres of rolled homogeneous armour (RHA) equivalent. The containerised launcher reveal sits on top of a major procurement event. In April 2026 Rheinmetall signed a framework agreement with the German Armed Forces (Bundeswehr) for FV-014 systems, reported with a ceiling of approximately 2.4 billion euros, an initial call-off of around 300 million euros gross, a first tranche of about 2,500 units, and options that could carry the total into five figures. Qualification is reported to begin in the second quarter of 2026, with deliveries from the first half of 2027.

The container holds 18 ready-to-launch FV-014 rounds, each an approximately 20-kilogram loitering munition carrying a high-explosive dual-purpose warhead to a stated range of up to 100 kilometres. Rheinmetall, Eurosatory 2026

Analysis of Effects

A high-explosive dual-purpose warhead is engineered to deliver two terminal effects from one charge: a shaped-charge jet for armour penetration and a fragmenting case for anti-personnel and anti-materiel effect. The reported defeat of more than 600 millimetres of RHA equivalent is consistent with a shaped-charge main charge and a metallic liner, while the dual-purpose designation indicates a case or sleeve designed to fragment on detonation. For a munition of this class the warhead is the decisive WOME (Weapons, Ordnance, Munitions and Explosives) element, combining a shaped charge, a high-explosive fill, and a fuze train within a 4 to 6 kilogram envelope. The net explosive quantity (NEQ) is not disclosed in open sources. For a warhead of this mass the high-explosive fill would plausibly sit in the low single-digit kilograms of TNT equivalent, although this is an ISC inference rather than a published figure and should be read as such.

The containerised, truck-mounted launcher matters more than it first appears. Eighteen ready-to-launch rounds in one canister concentrate a substantial quantity of packaged high-explosive warheads and their lithium propulsion batteries into a single transportable unit, which is both a mobility gain and a magazine-depth gain for the firing unit. It also turns each launcher into a high-value target and an aggregated explosive hazard. At 100 kilometres of stated reach the FV-014 occupies the same depth-fires band as light rocket artillery and short-range loitering-strike systems, but with man-in-the-loop target discrimination and abort, which is the feature set European forces have prioritised since 2022 for strikes in contested or cluttered environments. Rheinmetall presented the CML and FV-014 as nodes in its Battlesuite networked architecture, which the company describes as linking reconnaissance, command and fires into a single digital combat network.

Personnel and Safety Considerations

For ammunition and explosive-safety staff the FV-014 canister is best read as a packaged-energetics aggregation problem. Eighteen HEDP warheads plus their initiation trains and lithium batteries constitute a combined net explosive quantity and an electrical-energy hazard that would drive quantity-distance (QD) and storage-compatibility decisions under AASTP-1 Edition C and national equivalents such as the United Kingdom Defence Safety Authority DSA 03.OME and the United States DESR 6055.09 Change 2. The Hazard Division and Compatibility Group for the packaged round are not disclosed in open sources. A shaped-charge HEDP warhead with an organic propulsion and battery system would typically attract careful Hazard Division assignment because of the mass-detonation question and the lithium-battery transport hazard. None of the energetic-fill identity, fuze state, arming sequence, or storage classification is published, and all are flagged as data gaps.

Data Gaps

Open sources do not confirm the explosive fill type and net explosive quantity of the HEDP warhead, the authoritative warhead mass, which is reported between 4 and 6 kilograms, the fuze type and arming logic, the Hazard Division and Compatibility Group of the packaged round, the test basis behind the more-than-600-millimetre RHA penetration claim, or the propulsion and battery chemistry. The contract figures of ceiling, call-off, and tranche quantities are drawn from trade reporting of the April 2026 framework rather than a published German government contract notice, and are rated accordingly.

Corrections & updates welcome. If you hold open-source data that refines or corrects any parameter in this article, please contact [email protected] citing the specific claim and your source. Verified corrections will be incorporated and credited in the revision history. AI-assisted technical assessment based on open-source material. Not a formal intelligence product.