On February 3, 2026, Major General Michael Traut, head of German Space Command, officially unveiled a massive €35 billion ($41 billion) investment plan to overhaul Germany’s military space architecture by 2030.
Announced on the sidelines of a space industry event ahead of the Singapore Airshow, the program is a direct response to a “sharply more contested” orbital environment since Russia’s invasion of Ukraine.
According to Major General Michael Traut, head of German Space Command (via Reuters), he plan includes spy satellites, space planes, and non-kinetic systems like lasers, aimed at protecting German and allied assets in orbit. The investment in military space capabilities is to counter rising threats from Russia and China
SATCOM Stage 4: Germany’s LEO Ambition
The flagship of the initiative is SATCOM Stage 4, a secure, encrypted military constellation composed of over 100 satellites. This network is intentionally modeled after the U.S. Space Development Agency (SDA) architecture, utilizing Low-Earth Orbit (LEO) for both high-bandwidth communications and missile tracking.
Unlike previous generations of German military satellites (like the geostationary SATCOMBw 3), Stage 4 utilizes a Proliferated Low-Earth Orbit (pLEO) architecture.
The constellation will consist of at least 100 satellites (some reports suggest up to 200) designed to network tanks, ships, drones, and individual soldiers in real-time.
Modeled after the U.S. Space Development Agency (SDA) “Warfighter Space Architecture,” the satellites will provide high-bandwidth, low-latency communications alongside advanced missile tracking capabilities.
The pLEO design ensures that the loss of individual satellites to orbital threats or malfunctions does not compromise the entire network.
In a significant move for domestic industry, Rheinmetall is in active talks with satellite manufacturer OHB to form a joint bid for upcoming military projects under this framework. The initiative also supports broader European goals to create a resilient satellite communications alternative to commercial systems like Starlink, involving major aerospace primes such as Airbus, Thales, and Leonardo.
Deterrence Through Non-Kinetic Action
A defining feature of the German strategy is its focus on non-destructive disruption to avoid creating orbital debris, which would violate international norms. The program prioritizes systems capable of dazzling or interfering with adversary spacecraft and targeting ground-based control stations.
Germany will also deploy small, highly maneuverable “inspector satellites” designed to approach and monitor hostile assets—a capability already demonstrated by Russia and China. Traut emphasized that the goal is a “deterrence posture,” warning that while Germany will not field destructive weapons in orbit, it is prepared to respond to space-based aggression through the electromagnetic, optical, and laser spectrums.
Strategic Rationale: Sovereign Resilience
The investment marks a “turning point” for German defense policy, shifting from a purely supportive stance to one that includes independent mission-critical capabilities. By funding this comprehensive architecture, Germany aims to eliminate its reliance on allied systems for early warning, reconnaissance, and communications. Defense Minister Boris Pistorius has noted that without independent orbital situational awareness, “nations go blind” during a crisis.