In the western German state of North Rhine-Westphalia, there is an office building in Uedem that does not resemble the headquarters of a military command that would someday be in charge of Germany’s whole orbital defensive posture. Like many significant German organizations, the Bundeswehr Air Operations Center is low-key, utilitarian, and tucked away amid a landscape of autobahn connections and flat agricultural area.
However, the formal recognition that operations above the atmosphere are now just as important as those on the ground or in the air, and that Germany can no longer afford to treat that domain as someone else’s problem to manage, is represented by the Bundeswehr Space Command, which is now being elevated and separated from Air Force oversight. This represents something truly new for German defense policy.
The largest military space commitment in Germany’s postwar history and one of the most significant in Europe is the Bundeswehr’s €35 billion (approximately $41 billion) space expenditure, which will be distributed among space-related defense projects by 2030. The magnitude of the figure illustrates how seriously Berlin takes the threat picture: China’s continuous development of anti-satellite weapons and electronic warfare capabilities,
Along with Russia’s proven ability to jam GPS signals and carry out cyberattacks on satellite infrastructure, have created a security environment where Germany’s current reliance on non-European satellite services, such as SpaceX’s Starlink, is no longer acceptable as a permanent condition. Each of the five pillars that make up the program’s framework addresses a distinct aspect of the vulnerability.
Anyone who has followed the European defense discourse since Russia started its full-scale invasion of Ukraine in 2022 will find the satellite redundancy pillar to be the easiest to understand. In order to provide sovereign military communication capability independent of an American commercial provider whose terms of service and political reliability cannot be guaranteed by treaty, Germany is commissioning a networked military satellite constellation through OHB, Airbus, and Rheinmetall, companies with established space hardware experience and German industrial roots.
The case has been made more clearer by the Starlink dependency that European military strategists have been secretly uneasy about since Ukrainian forces became so obviously dependent on the service. Germany is developing a substitute. The construction schedule is ambitious. The deadline of 2030 can still apply. This window may also be extended by satellite constellation construction, which has a history of consistently going over budget and behind schedule.
Although they don’t make as much news, the cyber security and space situational awareness pillars are likely to have a greater direct impact on regular military operations. While the new constellation is being constructed, work can be done to harden current satellites against jamming and data disruption, which addresses weaknesses now present in systems Germany presently uses.
The near-term reward is more predictable because the ground-based radar and telescope enhancements for detecting debris and monitoring orbital risks similarly enhance a capacity Germany already has rather than starting from scratch. The most external cooperation is needed for the launch capability pillar; Germany cannot obtain on-demand launch access without new national infrastructure or European partners, both of which take time.
As this program develops, it seems as though German defense policy is undergoing a change that its political culture has always been hesitant to hasten. Real spending commitments have resulted from the Zeitenwende, the change in defense posture that Chancellor Scholz announced following Ukraine, but the conversion of those pledges into operational capacity has occasionally trailed behind the rhetoric.
Compared to numerous German defense declarations that came before it, the space investment is more structurally concrete with its designated industry partners, specified pillars, and 2030 timeframe. Whether the institutional apparatus can match the ambition on time is still up for debate. However, treating orbit as a sovereign operational domain instead of a borrowed one is a big change in and of itself, and €35 billion shows Germany is committed to seeing it through.
