Poland’s defense satellite effort gathers three industrial partners
Thales Alenia Space, Airbus Defence and Space, and Polish communications specialist RADMOR have formed a joint industrial team for a geostationary military telecommunications satellite program aimed at Poland’s Ministry of Defence. The collaboration combines satellite payload, platform, ground segment, and secure communications expertise in a single national mission.
The project sits within a wider European push to strengthen strategic readiness and secure sovereign communications infrastructure. A dedicated geostationary platform would give the Polish armed forces a resilient long-range channel for command, coordination, and protected data exchange, while reducing dependence on third-party capacity.
Each participant brings a distinct role. Thales Alenia Space contributes experience in protected communications payloads, Airbus adds satellite-system and platform depth, and RADMOR provides a domestic anchor for radio communications, integration, and support. The stated objective is an end-to-end system that spans both the space segment and the secure ground architecture needed to operate it.
The partners are framing the mission as more than a standalone satellite order. They describe it as an industrial capability-building effort that can reinforce Polish space sovereignty, improve cyber resilience, and give local defense stakeholders deeper participation in a strategically sensitive program.
Executives involved in the announcement emphasized resilience, anti-jamming protection, and European collaboration. Airbus highlighted the value of cross-border industrial cooperation, while RADMOR presented the move into space systems as a natural expansion of its communications portfolio in response to how tightly modern battlefields now depend on orbital infrastructure.
For the wider electronics and aerospace supply chain, the program is another sign that European defense investment is increasingly tied to secure connectivity, sovereign control, and integrated system design. That creates opportunities not just for satellite primes, but also for subsystem, security, and communications vendors further down the stack.