The opening of Berlin’s first satellite production facility may look like a milestone for the European space industry. But its strategic implications go much further.

At the center of this development is Berlin Space Technologies, which has launched a new production site in the Adlershof/Johannisthal technology park. The company plans to manufacture up to 50 small satellites per year, marking the first serial satellite production in Berlin.

While the production numbers may seem modest compared to automotive factories, the significance for Europe’s space and defense ecosystem is substantial.

Satellites are increasingly considered critical infrastructure, and in modern geopolitical conflicts they have become a central element of what analysts call hybrid warfare.

And perhaps most importantly, satellites are becoming a key enabling technology behind the rapid evolution of military drones.

Serial Satellite Production Comes to Berlin

The new facility represents a €50 million investment into satellite manufacturing capabilities. According to BST CEO Tom Segert, the company built cleanrooms and five production stations within just six months in order to meet customer demand for small satellites weighing up to 500 kilograms.

The project originated as a spin-off from the Technical University of Berlin, where BST initially developed its spacecraft technologies within the WISTA Center for Microsystems and Materials.

Although the long-term plan is to build a larger factory capable of producing up to 200 satellites per year by 2027, the current production line allows the company to begin delivering spacecraft much sooner.

BST’s approach focuses on modular satellite architecture and automated testing, which significantly reduces development cycles compared to traditional spacecraft manufacturing.

In other words, the company is attempting to bring industrial production logic into the space sector.

Why Satellites Matter for Drone Warfare

While satellites are typically associated with telecommunications or Earth observation, they also play a crucial role in modern military drone operations.

One of the most important functions is satellite communication (SATCOM).

Without satellites, drones must remain within line-of-sight radio range of their operators. This severely limits operational distance.

With satellite links, however, UAVs can be controlled thousands of kilometers away, allowing global operations and long-range missions.

Small satellite constellations produced by companies such as Berlin Space Technologies can provide:

• secure communication networks
• real-time telemetry
• long-distance command links

These capabilities are essential for HALE and MALE drones, maritime UAV systems, and strategic reconnaissance platforms.

Satellites and ISR: The Intelligence Layer

Satellites are also a core component of ISR — Intelligence, Surveillance, and Reconnaissance.

They provide:

• terrain mapping
• target detection
• movement tracking
• weather monitoring

In modern military operations, satellites and drones increasingly work together.

A typical workflow might look like this:

1. Satellite detects suspicious activity
2. Information is transmitted to command centers
3. A drone is deployed for close reconnaissance or strike missions

This satellite-to-drone operational chain is becoming standard practice in modern military doctrine.

Operating in a Jammed Environment

Recent conflicts, particularly in Ukraine, have highlighted the growing importance of electronic warfare.

GPS jamming and spoofing can disrupt drone navigation and communications.

New satellite constellations can mitigate these risks by providing:

• encrypted navigation signals
• alternative positioning systems
• regional military navigation services

Smaller satellite networks are also more resilient, because they are harder to disable than single large satellites.

This makes them particularly valuable in contested environments.

Space-Enabled Battle Networks

Another emerging trend is the integration of satellites into real-time battlefield data networks.

Autonomous systems — including drone swarms — generate vast volumes of sensor data.

Satellites act as data relays, enabling:

• real-time video transmission
• distributed command networks
• AI-assisted analysis in cloud systems

Military analysts increasingly refer to this concept as space-enabled battle networks.

In such systems:

🛰️ satellites provide connectivity and intelligence
🚁 drones provide mobility and sensing
🖥️ AI coordinates decision-making

The Strategic Layer Behind Drone Warfare

The establishment of satellite production by Berlin Space Technologies therefore represents more than just another aerospace project.

It strengthens a strategic technological layer that modern drone warfare increasingly depends on.

As UAV systems become more autonomous and operate across longer distances, the connection between space infrastructure and unmanned systems will only grow stronger.

In future conflicts, the decisive advantage may not belong to the side with the most drones.

It may belong to the side with the most capable satellite-supported drone network.

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