Germany buys US Tomahawk cruise missiles and Typhon launchers to build a national strike force.

German Chancellor Friedrich Merz announced that Berlin has concluded an agreement with the United States to purchase Tomahawk conventional cruise missiles and ground-based Typhon Mid-Range Capability launchers for permanent deployment on German territory. The procurement agreement, formalized through a Letter of Intent signed at the NATO Summit in Ankara, establishes a sovereign, German-financed and German-operated long-range precision strike force to replace a halted U.S. Army deployment plan. This acquisition systematically expands the strike radius of the Bundeswehr up to 2,500 kilometers, filling a critical conventional deterrence gap against regional deep-depth infrastructure without relying on combat aircraft or allied launch authority.

The bilateral procurement agreement secures upcoming U.S. export approval for subsonic, terrain-masking Tomahawk missiles and trailer-mounted Typhon Mk 41 infrastructure to be operated entirely by German personnel. While specific contract values, launcher quantities, and missile inventory counts remain classified, the deal shifts the comprehensive burden of logistics, mission-planning, software interfaces, and maintenance pipelines onto the Bundeswehr.

Related topic: Germany rushes to save 400 Tomahawk missile deal after Trump withdraws 5,000 troops from the country

A 2,500 km engagement radius from Germany would cover most of European Russia west of the Volga and a large part of the western Russian military support network, without moving launchers into Poland, the Baltic states, or Romania. (Picture source: US Navy)

On July 9, 2026, Chancellor Friedrich Merz announced that Germany had agreed to purchase U.S.-made Tomahawk cruise missiles and ground-based Typhon launchers for deployment on German territory, replacing a cancelled U.S. Army deployment with a German-financed, German-owned, and German-operated long-range strike force. The agreement was reached during the NATO Summit in Ankara on July 7-8, 2026, and formalized through a Letter of Intent (LoI) signed by the German and U.S. defense ministers. Washington committed to issuing export approval in August 2026, but the number of missiles, launcher quantity, contract value, delivery schedule, basing locations, and Bundeswehr unit assignment remain classified.

The decision therefore establishes the political basis for procurement, but also shifts the full burden of personnel, training, maintenance, infrastructure, security, ammunition storage and operational command from the U.S. Army to Germany. The central change is not simply that Tomahawk missiles will be stationed in Germany, but that Berlin will become responsible for creating and sustaining a national ground-launched strike capability with a reach well beyond 1,000 km. The July 2026 agreement replaces the deployment model announced at the NATO Summit in Washington in July 2024.

Under the earlier arrangement, the Biden administration planned to deploy Tomahawk cruise missiles, SM-6 missiles and Dark Eagle hypersonic weapons to Germany from 2026, operated by U.S. personnel and assigned to a U.S. Long-Range Fires Battalion within the 2nd Multi-Domain Task Force. Germany would have provided infrastructure, access, logistics support and local security, while the United States retained ownership of the weapons, control of the operating unit and responsibility for sustainment. That distinction limited Germany’s financial and manpower burden but also left the capability dependent on U.S. force posture decisions. In May 2026, President Donald Trump announced the withdrawal of about 5,000 U.S. troops from Germany, and the planned Long-Range Fires deployment was halted.

The cancellation removed the interim capability Berlin expected to receive before European long-range weapons became available. The new arrangement restores access to Tomahawk and Typhon, but Germany must now create the unit, fund the infrastructure, qualify crews, establish a firing chain, and maintain the missile inventory itself. Germany’s principal operational cruise missile is the Taurus KEPD 350, an air-launched weapon with a range of about 500 km. The Taurus depends on combat aircraft, mission-ready airbases, protected planning facilities, tanker support for some profiles and the ability to position launch aircraft close enough to the target without unacceptable exposure.

Germany currently has no operational ground-launched conventional missile with a range above 1,000 km, leading to the consideration of a joint production of the Ukrainian FP-5 Flamingo, which has a range of 3,000 km. Tomahawk variants provide a reach of approximately 1,600 to 2,500 km, extending Germany’s strike radius to three to five times that of the Taurus. A launcher located inside Germany could engage command centers, military airfields, air defense sites, logistics hubs, ammunition depots, fuel storage sites and fixed military infrastructure across much of Eastern Europe. The ground-launched option would not consume fighter sorties, would reduce dependence on a small number of major airbases and could be dispersed across multiple firing areas.

It would also allow Germany to retain airpower for air defense, suppression of enemy air defenses, counter-air and battlefield support while assigning selected fixed targets to land-based cruise missiles. The Tomahawk is a subsonic precision-strike weapon designed to trade speed for range, low-altitude routing and mission flexibility. The missile is about 6 meters long, weighs about 1.5 tonnes and carries a conventional warhead of roughly 450 kg. It can cruise at speeds of up to approximately 880 km/h, substantially slower than ballistic or hypersonic counterparts, but it can follow pre-programmed routes below 200 meters and descend to roughly 30 meters above terrain during parts of the flight. This profile reduces radar detection range by using terrain masking and the radar horizon, although modern airborne early-warning aircraft, networked sensors and layered short-range air defense systems can still detect and intercept low-flying cruise missiles.

The Tomahawk is therefore most effective against fixed or relocatable high-value targets whose coordinates can be validated before launch, not against maneuver units or mobile launchers that may move during the missile’s flight. Its performance depends on precise target data, terrain and obstacle mapping, secure mission-data preparation, updated intelligence and route selection that avoids known radar coverage and defended corridors. Its effectiveness against a modern integrated air defense system also depends on salvo size, attack-axis diversity, electronic warfare support and coordination with other strike assets. A technically capable missile does not guarantee target destruction if the force lacks current intelligence, sufficient missile numbers or a plan to suppress defending sensors and interceptors.

The Typhon Mid-Range Capability (MRC) system will impose a much larger force-generation requirement than the purchase of the launchers alone suggests. The system uses trailer-mounted launchers derived from the U.S. Navy’s Mk 41 vertical launch architecture and can employ Tomahawk land-attack missiles and SM-6 missiles. An operational battery requires launcher vehicles, command-and-control vehicles, encrypted communications, transporter and reload assets, maintenance equipment, missile-handling teams, security elements and trained crews capable of dispersing, concealing, firing and relocating the system. Germany will need certified storage sites for large missile stocks, protected command nodes, dispersal areas, road movement procedures and maintenance facilities able to support U.S.-designed missiles and launch equipment.

Civilian road compatibility will matter because the Typhon is intended to move between prepared and improvised firing positions rather than remain permanently exposed at a single base. No U.S. operating personnel are included in the July 2026 Letter of Intent, so the Bundeswehr must establish its own training, certification, technical support, mission planning and launch-authorization procedures. Launcher numbers will determine how many missiles can be fired in one salvo, while reload stocks, transporter availability and crew numbers will determine whether the force can conduct repeated missions after its first firing sequence. A small battery with a limited missile inventory would provide political signaling and a narrow contingency option, but it would not generate sustained wartime strike capacity. Berlin is approximately 1,600 km from Moscow, placing the Russian capital near the lower end of the cited Tomahawk range.

A 2,500 km engagement radius from Germany would cover most of European Russia west of the Volga and a large part of the western Russian military support network. Germany could therefore strike operational-depth targets without deploying launchers into Poland, the Baltic states or Romania, reducing exposure to short-range ballistic missiles, artillery, loitering munitions, reconnaissance drones and ground forces. The disadvantage is longer flight time. At approximately 880 km/h, a 1,600 km mission requires about 1 hour and 49 minutes before route deviations and terminal maneuvers are added. That delay makes the missile more suitable for many fixed targets, such as headquarters, logistics complexes, airfields, hardened storage areas, radar sites and infrastructure. Basing farther west also leaves the missile in defended airspace for longer, increasing opportunities for detection and interception.

The Tomahawk would therefore add a deep-strike option but would not replace ballistic missiles, combat aircraft, electronic warfare, persistent surveillance or other weapons needed against time-sensitive targets and heavily defended systems. Germany’s purchase is also an interim solution within a wider European long-range strike effort. Germany joined France, Italy and Poland in launching the European Long-Range Strike Approach at the July 2024 NATO Summit, with the objective of developing a European conventional weapon with a range exceeding 2,000 km. In July 2026, twelve European NATO members announced plans to spend about $50 billion over ten years on long-range precision-strike development. Germany plans to contribute roughly half of that amount, implying a potential national commitment close to $25 billion if the announced share is sustained.

The Tomahawk offers a capability before a European missile completes design, testing, qualification, production, and operational certification, but it creates overlapping costs. Berlin must finance U.S. missile procurement, Typhon force generation, storage and training while also funding the European development program. The policy question is whether Tomahawk will serve only as a bridge until a European weapon enters service or remain as a parallel capability, especially given that Germany is also seeking to obtain a production license that would reduce long-term dependence on U.S. supply chains. Retaining both would provide redundancy and a larger inventory base, but it would also create two maintenance systems, two software and mission-planning environments, separate training pipelines and continued dependence on U.S. approval for one part of the force. 

The decisive unknown is not missile range but force sufficiency. A small inventory may be adequate for training, exercises and political signaling, but repeated deep-strike missions in a high-intensity conflict could consume peacetime stocks within days as shown in both Ukraine and Iran wars. The classified launcher count prevents an assessment of maximum salvo size, reload tempo, dispersion patterns, readiness cycles and vulnerability to pre-emptive attack. German ownership will not remove dependence on U.S. export decisions, software updates, spare parts, technical support, mission-planning interfaces and missile replenishment. Berlin must also establish national release authority, define how NATO target nominations are converted into German firing orders, regulate cross-border flight paths and coordinate attacks with U.S. and allied strike forces to avoid duplication or interference.

The procurement will certainly close Germany’s lack of a ground-based conventional missile above 1,000 km, but it will not by itself create a complete deep-strike enterprise. That requires persistent intelligence, surveillance and reconnaissance, target development, battle damage assessment, secure communications, electronic warfare support, logistics, force protection and a missile stockpile large enough to sustain more than an initial series of attacks. Whether the future force becomes a limited deterrent asset or a credible wartime strike formation will depend on launcher quantity, inventory depth, crew generation, infrastructure readiness, and the speed at which Germany can integrate both the Tomahawk and the Typhon MRC into national and NATO command structures.

Written by Jérôme Brahy

Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.

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