Germany Buys 14 AeroVironment Puma Drones to Equip Naval Special Forces with Laser Targeting.

AeroVironment will equip Germany’s Bundeswehr with Puma 3 AE and Puma LE unmanned aircraft systems for the LARUS airborne reconnaissance program, the company announced on July 7, 2026, giving German forces a compact drone fleet able to find, identify, and pass targets across the battlefield.

The order adds laser designation, signals intelligence, vertical take-off, MANET relay, autonomy upgrades, and new control systems, turning the Puma platform into a multi-role sensor and targeting node. Intended for Germany’s naval special forces, the 14 LARUS systems will strengthen maritime reconnaissance, small-unit targeting, and networked operations by late 2026.

Related topic: U.S. Air Force Orders $80.5M Titan MS Counter-Drone Systems to Protect Strategic Nuclear Bases.

AeroVironment will supply Germany with Puma 3 AE and Puma LE unmanned aircraft systems under the LARUS program, adding tactical reconnaissance, SIGINT, laser target designation, communications relay, and maritime special operations support capabilities for the Bundeswehr (Picture source: AeroVironment).

The LARUS designation, Luftgestützte Aufklärung mit Unbemannten Systemen, describes the core requirement: airborne reconnaissance with unmanned systems. What makes this contract notable is its configuration. Germany is not buying a single Puma variant in a basic surveillance fit; it is acquiring the Puma family as a modular reconnaissance, targeting, communications, and electronic sensing package. That distinction matters because the most important limitation for many small drones is not airframe endurance alone, but whether collected information can be converted into usable targeting data and moved across a tactical network quickly enough to affect a fire mission, raid, maritime interdiction action, or force-protection decision.

The Puma 3 AE is the smaller aircraft in the package and remains the more easily carried option for dismounted users. AeroVironment lists it with a 2.8 m wingspan, 1.4 m length, 7 kg weight, and payload capacity of 1.8 kg in standard configuration or 2.9 kg with heavy-lift software. Endurance is up to three hours, while operational range is given as 20 km with the standard antenna, 40 km with the extended-range antenna, and 60 km with the long-range tracking antenna. Those figures place the Puma 3 AE in the category of small tactical reconnaissance aircraft suited for company, special operations team, ship detachment, or forward observer use rather than persistent theatre-level surveillance.

Its design choices are relevant to German maritime and littoral requirements. The Puma 3 AE can be hand-launched, bungee-launched, or rail-launched and recovered through an autonomous deep-stall landing sequence, which reduces dependence on prepared launch areas. The airframe is also built for all-environment use and can land on fresh or salt water, a useful feature for naval special forces, boarding teams, coastal reconnaissance detachments, or operations from small craft. In practical terms, this allows a small German team to scout a coastline, harbor approach, island position, river crossing, or suspected landing site without sending a crewed aircraft or exposing a ground patrol too early.

The Puma LE provides the longer-endurance layer. It is a Group 2 unmanned aircraft system with a 4.6 m wingspan, 2.2 m length, 10.8 kg air vehicle weight, 12.4 kg maximum gross takeoff weight, and 2.5 kg payload capacity. Its endurance reaches up to 6.5 hours, more than double the Puma 3 AE, while control range remains 20 km, 40 km, or 60 km depending on antenna configuration. The tactical effect is not simply longer flight time; it is the ability to keep a sensor over a target area through the preparation, execution, and withdrawal phases of a mission. For a reconnaissance patrol or maritime special operations element, that can mean maintaining surveillance of a beach, pier, road junction, command post, radar site, or suspected weapons position long enough to establish movement patterns rather than capturing only a brief snapshot.

The armament question should be treated precisely. Puma is not an armed attack drone and does not carry a missile, bomb, or loitering munition warhead. Its contribution to the kill chain is sensor-based: the Puma LE can carry the HD59 laser target designator payload, derived from Trillium Engineering’s HD59-MLVS-LD electro-optical and infrared gimbal. This sensor package weighs under 2 kg and includes a 50 mJ STANAG 3733-compliant laser designator, a 64-megapixel electro-optical camera, mid-wave infrared, long-wave infrared, short-wave infrared, and See Spot functionality. The laser designator does not destroy the target; it marks the target for compatible precision-guided munitions launched by artillery, aircraft, helicopters, unmanned aircraft, or naval fire-support assets.

This is a significant capability shift for a small unmanned aircraft system. Without laser designation, a Puma-class aircraft is mainly a reconnaissance and correction tool, able to observe, geolocate, and report. With the HD59 payload, the same Puma LE can support terminal target designation, provided weather, line of sight, target exposure, laser geometry, and friendly weapons integration are suitable. The system therefore moves part of the targeting function closer to the small unit, reducing dependence on larger aircraft or ground-based laser teams. At the same time, it does not remove the need for trained fire-support procedures, identification, airspace coordination, and rules-of-engagement control. The procurement should therefore be read as an enabling capability for precision fires, not as Germany fielding an organic micro-strike drone.

Other payloads in the German package are just as important for operations against a technically capable opponent. Signal intelligence payloads for both Puma 3 AE and Puma LE add the ability to detect and characterize emissions rather than relying only on visible or infrared imagery. AeroVironment has not disclosed the frequency bands or sensitivity of the SIGINT fit, but the operational logic is clear: radio-frequency cues can help locate command posts, emitters, patrols, drone controllers, or communications nodes, after which the electro-optical and infrared payload can be used for visual confirmation. This sensor pairing is relevant to the dense electronic environment seen in Ukraine, where radio emissions, drone control links, and jamming activity often reveal tactical behavior before vehicles or personnel are visually identified.

The communications elements may determine how useful LARUS becomes in German service. The contract includes MANET relay kits for Puma 3 AE and Puma LE, Tomahawk Kinesis-enabled ground control stations, ultralight and tactical controller configurations, and autonomy retrofit kits. MANET relay equipment can allow a Puma aircraft to extend communications between separated units, vehicles, maritime teams, or command posts, especially where terrain, urban structures, or distance degrade direct radio contact. The autonomy retrofit kits and visual navigation options also address a known battlefield problem: satellite navigation may be jammed, spoofed, or temporarily unavailable. These additions do not make the aircraft immune to electronic warfare, but they give operators more options when communications and navigation are contested.

The vertical take-off and landing kits add a separate layer of tactical utility. Fixed-wing flight remains preferable for endurance and efficient coverage, but vertical launch and recovery allow the aircraft to operate from confined terrain, including a ship deck, quay, forest clearing, rooftop, or narrow coastal position. For maritime special forces, this is not a convenience feature; it changes where the aircraft can be used. A team that cannot expose itself in an open field for launch and recovery can still place a sensor overhead, then recover it without a long landing path. This is particularly relevant for the Baltic and North Sea operating environment, where islands, ports, coastal infrastructure, and weather can restrict conventional small-drone handling.

Germany’s LARUS purchase fits a broader European pattern: small unmanned aircraft systems are being upgraded from disposable observation tools into networked reconnaissance and targeting assets. The contract does not give the Bundeswehr a deep-strike capability, and the published range figures remain tied to antenna configuration and line-of-sight conditions. Its value is more specific and arguably more useful at the tactical level: persistent local surveillance, target confirmation, laser designation for other weapons, radio-frequency sensing, communications relay, and operation from restricted terrain. For NATO, that combination supports dispersed forces that must observe first, transmit reliably, and call for precision effects without concentrating personnel or vehicles.

Explore More Defense News

• Land Defense News
• Naval Defense News
• Defense Aerospace News