Germany’s military is building its own version of Starlink

Germany’s military is preparing to become one of the largest owners of a satellite fleet on the planet, second only to Elon Musk’s Starlink, with plans to put as many as 1,200 satellites into orbit by 2030 as part of a sweeping bet that future wars will be won or lost based on who controls the view from space.

The Bundeswehr, Germany’s armed forces, confirmed the scale of the plan through figures showing roughly 200 satellites will support a communications network called SATCOMBw Stufe 4, often described in German media as “Starlink for the Bundeswehr,” while up to 1,000 additional satellites will feed a separate reconnaissance system called SPOCK 2, short for Spacesystem for Persistent Operational Tracking.

Understanding why Germany suddenly wants a satellite fleet larger than most countries’ entire space programs starts with a lesson Ukraine learned the hard way. Starlink, the commercial satellite internet network built by SpaceX, has become the single most important communications backbone for Ukrainian forces since Russia’s invasion, letting troops coordinate drone strikes, share battlefield intelligence, and stay connected even when ground infrastructure gets destroyed. But Ukraine does not own Starlink, and reporting has documented moments when access to the network was restricted at critical junctures of the war, a vulnerability that German defense planners have watched closely and clearly do not want to inherit themselves. SATCOMBw Stufe 4 is Germany’s answer: a homegrown satellite communications network built specifically to connect tanks, ships, aircraft, and soldiers anywhere in the world without depending on a foreign company’s infrastructure or goodwill, according to reporting from German outlet netzpolitik.org.

Airbus Defence and Space, OHB, and Rheinmetall, a company traditionally known for building tanks, artillery, and ammunition rather than spacecraft, have formed a joint venture specifically to bid on SATCOMBw Stufe 4, with the group aiming for full end-to-end responsibility covering everything from satellite development and system integration to ongoing operations and cybersecurity, according to a joint statement from the companies reported by German trade outlet ESUT. Rheinmetall’s move into orbit is a genuinely new direction for a company that built its reputation on armored vehicles, but it reflects a broader industry shift as European defense contractors race to claim a piece of the continent’s rapidly growing space budgets.

“Ohne sichere Kommunikation über das All gewinnt man am Boden keinen Konflikt mehr,” said Timo Haas, chief executive of Rheinmetall’s Digital Systems division, according to ESUT’s reporting on the joint venture announcement, a statement that translates roughly to warning that no conflict can be won on the ground anymore without secure communication through space. The companies expect Germany’s defense ministry to award the SATCOMBw Stufe 4 contract around the turn of 2027, with an initial operating capability of roughly 40 satellites targeted for 2029 and full operational status expected in 2030, according to ESUT.

That timeline puts Germany on a considerably faster and more ambitious track than its previous satellite programs ever attempted. The Bundeswehr’s current generation communications system, SATCOMBw Stufe 3, relies on just two large satellites parked in geostationary orbit roughly 36,000 km (22,370 miles) above Earth, a setup Airbus won a contract worth roughly $2.4 billion to build in 2024. The new Stufe 4 network takes a fundamentally different technical approach, shifting to a much larger constellation of smaller satellites in low Earth orbit, typically a few hundred to around 1,200 km (750 miles) above the planet, the same general altitude band where Starlink operates. That shift matters because low orbit satellites offer lower latency and can blanket the globe with many smaller, cheaper spacecraft rather than relying on a handful of expensive geostationary satellites, though the tradeoff is that low orbit satellites have much shorter operational lifespans and need regular replacement as they gradually lose altitude and burn up in the atmosphere.

SPOCK 2, the reconnaissance half of the program and by far the larger of the two projects by satellite count, builds directly on a smaller predecessor effort already underway. Rheinmetall previously won its first orbital reconnaissance contract, worth roughly $1.94 billion, through a joint venture with Finnish satellite operator Iceye, producing radar reconnaissance satellites under the project name SPOCK 1 at a converted former automobile factory in Neuss, Germany, according to netzpolitik.org’s reporting. SPOCK 2 scales that concept up dramatically, deploying satellites equipped with radar and specialized cameras designed to give German military commanders a persistent, real-time picture of enemy troop movements, tank formations, and other military targets anywhere on Earth, according to reporting from Germany’s Handelsblatt relayed through multiple German outlets. Former astronaut and professor Ulrich Walter told Handelsblatt that the scale of the planned satellite fleet is realistic given what modern militaries actually need for reconnaissance, since tracking moving military targets in near real time requires far more satellites overhead simultaneously than older reconnaissance systems built around just a handful of high-value spacecraft.

Germany’s defense ministry is budgeting at least roughly $40 billion for military space capabilities overall, according to Business Insider Deutschland’s reporting on the program, with ongoing annual operating costs for the full satellite network estimated at around $1.14 billion once the constellation reaches full strength, a recurring expense driven largely by the short lifespan of low Earth orbit satellites, which require regular weekly replacement launches to maintain full coverage as older units deorbit and burn up.

What remains unresolved is which specific companies will ultimately win the SATCOMBw Stufe 4 contract, since the Airbus-OHB-Rheinmetall consortium faces at least the possibility of competition even though reporting suggests the joint venture is positioning itself as the leading bidder ahead of the expected award decision around the turn of 2027. The exact technical architecture of SPOCK 2 also remains under discussion between the Bundeswehr and potential industry partners, with German officials saying the system is not expected to become operational for at least three years from now, meaning the full 1,200-satellite vision described this week represents a target still years away from becoming an operational reality rather than a fleet already taking shape overhead.