Germany to Field 500 MARS 3/ EuroPULS Rocket Launchers for NATO 300 km Deep Strike Missions.

Germany’s Bundeswehr is preparing a framework agreement for up to 500 MARS 3, also known as EuroPULS, long-range rocket artillery systems, with parliamentary review expected in 2026. If funded at scale, the program would sharply expand NATO’s land-based deep strike capacity and reshape Germany’s role in deterring Russia along the Alliance’s eastern flank.

Germany’s Bundeswehr is preparing to contract for up to 500 MARS 3 rocket artillery launchers, also known as EuroPULS. This move would expand NATO-aligned deep precision strike from a scarce, specialist asset into a force-wide tool for disrupting massed fires, maneuver formations, and command networks across the Alliance’s eastern approaches. By pairing high mobility with modular, precision munitions, the concept is designed to generate scalable effects from suppression and interdiction to time-sensitive strikes on high-value targets, while keeping launch units survivable through rapid displacement. If executed as described, the program would not simply replace legacy launchers or patch a single capability gap. It would recast German land forces around dispersed, rapidly deployable long-range fires able to shape the battlespace, deny operational freedom, and impose costs well before close combat begins.
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MARS 3 (EuroPULS) is a wheeled, rapid "shoot-and-scoot" rocket artillery launcher with a two-pod modular payload that can fire precision-guided rockets and missiles from short range to roughly 300 km, delivering massed salvos, deep interdiction, and time-sensitive strikes against air defense, command posts, and logistics while remaining highly mobile and hard to target (Picture source: Army Recognition Group).

The plan centers on a framework agreement for roughly 500 MARS 3 systems, also known as EuroPULS, with parliamentary consideration expected in the second half of 2026. About half of the framework quantity is understood to be reserved for Germany. At the same time, the remainder would be available for allied procurement under the same contractual conditions, effectively using Germany’s buying power to create a multinational rocket-artillery umbrella contract. That structure matters because it aligns with a wider European rush to standardize long-range fires after Ukraine exposed how quickly stockpiles and launcher fleets can be exhausted in high-intensity war.

MARS 3 is a wheeled, two-pod launcher designed around an open, modular fire-control architecture rather than a single proprietary rocket family. KNDS describes the system as fully autonomous for key firing functions, incorporating automatic target acquisition and emphasizing shoot-and-scoot tactics to survive counter-battery fires and drone-enabled targeting. In the Iveco Trakker 8×8 configuration shown publicly, it is a sub-40-ton system with a 2 to 3 soldier crew, road speed around 90 km/h, and a stated rate of fire example of 12 rockets in about 60 seconds. For operational commanders, the mobility and small crew translate into higher tempo and more dispersed firing units, which is essential when adversaries can cue fires within minutes using persistent ISR.

The armament concept is where MARS 3 diverges most sharply from Germany’s tracked MARS II fleet. EuroPULS inherits the PULS philosophy of mission-tailored pods, allowing a single launcher to mix ranges and warhead types across short, medium, and deep-strike missions. In the baseline PULS family, one pod can be configured for 18 Accular 122 mm guided rockets out to about 35 km or 10 Accular 160 mm guided rockets out to about 40 km, while larger pods carry four EXTRA guided rockets out to about 150 km or two Predator Hawk missiles out to about 300 km. In European discussions around EuroPULS, configurations have also been shown integrating larger effectors such as the Naval Strike Missile for maritime strike and coastal defense, and the system has been publicly demonstrated firing NSM from a land platform. This multi-effector approach is tactically significant because it enables commanders to mass effects rather than mass launchers: a battery can allocate short-range rockets for suppression, 150 km-class precision rockets for interdiction, and 300 km-class missiles for high-value targets without reconfiguring the force structure.

Germany’s parallel focus on ammunition procurement indicates the Bundeswehr is trying to avoid the classic European pitfall of buying launchers without war stocks. The Defense Ministry is preparing large framework contracts beginning with 150 km-class artillery rockets worth several billion euros, targeting delivery of a low five-digit number of rockets by 2030, followed by additional annual deliveries in the thousands. Subsequent tranches are expected to pursue 300 km-range rockets and loitering munitions of comparable reach, plus barrier rockets with ranges beyond 100 km and potential sensor-fuzed variants analogous to SMArt. In practical terms, that combination supports three battlefield problems Germany has struggled to solve at scale since the Cold War: rapid deep interdiction, remote area denial, and time-sensitive targeting against mobile formations.

Germany currently operates a small MARS II fleet, and its force-planning has already acknowledged that corps-level fires must extend well beyond classic 70 to 80 km rocket artillery in order to hold enemy air defenses, logistics hubs, and command posts at risk. Russia’s demonstrated reliance on layered air defenses and massed fires means NATO’s land component needs organic deep strike options that do not depend on contested airspace access on day one. A dispersed, wheeled launcher fleet paired with large rocket inventories gives Germany a survivable way to impose costs, slow breakthroughs, and disrupt follow-on echelons. In the Baltic and North Sea context, integrating NSM-class missiles also offers a land-based maritime strike option that complicates adversary freedom of movement in littorals.

MARS 3 is positioned as the successor to Germany’s MARS II, the Germanized M270-family launcher, and Berlin has already moved to procure an initial batch of five EuroPULS launchers under a contract widely reported at roughly €55 million, partly tied to backfilling launchers transferred to Ukraine. At the same time, earlier Bundeswehr projections discussed growing to 76 missile artillery systems by 2035, a figure that now appears more like a minimum national requirement than the ceiling implied by a 500-launcher framework. The likely explanation is that Germany is building a scalable procurement vehicle: enough to expand its own long-range fires significantly, while also enabling allies to converge on a shared launcher and munitions ecosystem.

Industry sovereignty is the other pillar: Germany intends to buy MARS 3 with a German fire-control system, easing integration of different rockets and missiles over time. That choice directly addresses Europe’s growing discomfort with single-supplier lock-in and export-control friction in long-range fires. Germany is also positioned to localize parts of the ammunition supply chain through cooperation between Diehl Defence and Elbit Systems aimed at producing rockets and advanced training rockets for PULS and EuroPULS in Europe, explicitly framed around rising demand for deep-strike capabilities. Over the longer term, discussions point to 500 km-class options ranging from MBDA Deutschland’s Joint Fire Support Missile concept to potential integration of NSM or RBS15 variants, alongside the possibility of adopting emerging 500 km rocket developments from multiple suppliers.

The near-term outlook hinges on two decisions: whether Berlin funds the ammunition ramp at the scale implied, and how the Bundeswehr intends to distribute launchers across corps, divisions, and allied frameworks. Parliamentary review windows in 2026 suggest Germany is trying to lock in an industrial mobilization plan early, before launcher lead times and rocket production capacity become the next strategic bottleneck in Europe.

Written by Evan Lerouvillois, Defense Analyst.

Evan studied International Relations, and quickly specialized in defense and security. He is particularly interested in the influence of the defense sector on global geopolitics, and analyzes how technological innovations in defense, arms export contracts, and military strategies influence the international geopolitical scene.