The SWAN satellite platform

SWAN is a project aimed at developing an innovative satellite platform with a mass of between 60 and 200 kg, capable of carrying payloads with a mass of between 20 and 70 kg, such as large optical telescopes, radar systems, infrared observation payloads, telecommunications systems and optical communication solutions.

As part of this project, research and development work is being carried out on key technological areas of the satellite platform. This includes the design of a lightweight and robust mechanical structure, the development of space-qualified electronic subsystems, the construction of a satellite attitude control system, the development of a power supply and distribution system, the development of an efficient thermal control system, and electromagnetic compatibility testing. The project also involves the integration of all subsystems into a modular and scalable architecture, as well as the testing of prototypes under laboratory conditions simulating the space environment, in accordance with the ECSS standards and requirements.

The main objective of SWAN is to develop a satellite platform at Technology Readiness Level 7 (TRL7). This solution is intended to provide modularity, scalability in the 60 – 200 kg range, a service life of up to 5 years in low Earth orbit, the ability to carry payloads of up to 70 kg, and a high level of stability and available power.

The project will strengthen Creotech Instruments’ expertise in the construction of advanced satellite platforms and support the development of independent European space technologies designed for more demanding missions.

The project is aimed at companies, institutions and space agencies interested in acquiring a modern 60 – 200 kg-class satellite platform. The solution will be available to customers planning Earth observation, radar, telecommunications, scientific and technology demonstration missions, as well as entities seeking a platform enabling faster satellite integration and flexible adaptation to various types of payloads. The project is business-to-business in nature and responds to the growing market demand for larger, more efficient yet cost-effective satellite platforms.

The entire project is being implemented under the European Funds for a Modern Economy 2021–2027 programme.

Total project cost: PLN 58 367 345,48

Funding: PLN 26 236 378,09

Project duration: 1 January 2026 – 30 June 2028

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