EROSS SC connects with European experts in electronic components and reliability to support the development of robust on-orbit servicing technologies.

EROSS SC showcases how satellite life extension and safe de-orbiting can contribute to a cleaner and safer space environment.

European partners come together to mark a key step towards the EROSS SC on-orbit demonstration.

Turning a decade of European research into autonomous solutions for servicing, maintaining and sustaining satellites in orbit.

At #ILA2026, during the Space4Future event, Stéphanie BEHAR LAFENETRE reflected on a decade of European investment in robotics and on-orbit servicing technologies – and on how those efforts are now becoming a reality.

The event brings together the project community and celebrate an important milestone: the launch of the ISOS4I component grant projects.

Our partners from PIAP Space just released an article on on-orbit servicing and the EROSS programme! This article highlights a key inflection point for Europe’s space ambitions.

Extending the life of satellites already in orbit – this is one of the key ambitions of on-orbit servicing.

The future of space infrastructure will increasingly depend on the ability to service and extend assets already in orbit.

Reliable capture of free-floating objects is a prerequisite for on-orbit servicing.
Without it, operations such as inspection, repair, life extension or relocation of satellites cannot be carried out safely.