CFMS to Provide Simulation Capability for ESA’s RISE Project

This project looks to create robotics interfaces for large-scale space-based solar power installations, ensuring that they can be robotically assembled, maintained and optimised for space conditions. As we globally drive towards net zero, the need for sustainable energy sources is growing. Space-based solar power is a potential solution that looks to harness the power of the sun, 24 hours a day, 365 days a year.

The project aims to:

• Develop robotic interfaces for the assembly and maintenance of large-scale space-based solar power installations
• Design lightweight, efficient tools and fasteners for in-orbit assembly, optimised for space conditions
• Support the development of multi-arm robotic systems, with CFMS providing simulation to support Concept of Operations (CONOPS) for trajectory optimisation of the robotic systems.

The project also includes the creation of a test bed for stimulating in-orbit assembly, where various robotic tasks will be demonstrated including payload handling, structural fastening, and cable management. The goal is to pave the way for future space infrastructure and contribute to a sustainable space-based energy future.

Our CSO, Mark Woods remarked, “We are thrilled to follow up on our recent ESA contract wins with our first space collaboration with Airbus DS. This project represents a bold and vital step in advancing space-based solar power, and we’re excited to contribute our simulation capabilities to support the development of cutting-edge robotics interfaces. It’s an essential initiative, particularly as we work to accelerate the deployment of sustainable technologies for a cleaner, more energy-efficient future”.

We are excited to be a part of this bold initiative and look forward to advancing capabilities in this space.