SpaceKode has been selected with the support of Innovative Physics Ltd. to lead a study on transforming the way in UK In-Service, Assembly and Manufacturing (ISAM) operations are currently conducted with existing space Systems in-orbit.
The grant call led by Satellite Applications Catapult, supports the Beyond Earth Mission to develop a sustainable in-space economy. It aims to enhance the UK’s in-orbit capabilities, drive economic growth, strengthen security, and address global challenges. By providing expertise, facilities, and collaboration opportunities, it seeks to accelerate progress and boost the UK’s role in the global space industry.
SpaceKode led the project title “A Common Physical and Control Interface for Space-Systems in ISAM Operations“, which seeks to define, develop and demonstrate a Common and Open Physical Interface to enable Space-Systems to integrate and adapt their system capability in-orbit. The Physical Interface will be founded on open-source and proven terrestrial technology to ensure that it promotes sustainability in terms of cost, supportability and reliability.
Through the definition of an Open and IP-free Physical Interface at the conclusion of this project, it would provide a means for Space-System Integrators to deploy “Plug and Play” capabilities on ground and in-orbit, ensuring seamless integration between space-systems. Defining a technology capable of the mentioned would accelerate the current capabilities of UK In-Orbit Servicing, Assembly and Manufacturing (ISAM) Operation and wider.
SpaceKode 