Completed Materials & Manufacturing Engineering

In Orbit Servicing Control Centre, National Facility

In plain English

AI plain-English summary

Orbiting junk—dead satellites, discarded rocket stages, and fragments from collisions—now numbers over 100 million pieces smaller than 10 centimetres, each capable of wrecking a working satellite on impact. This project turns space debris from a research topic into an operational problem. A single collision could knock out satellite navigation, costing the UK £1 billion per day. Yet no dedicated national facility exists to coordinate the removal of this debris or to service ageing satellites in orbit. The consortium, led by the company Astroscale, will upgrade the Harwell Control Centre into a national hub for in-orbit servicing operations. Two satellites, launching in 2019, will serve as test targets for the first cleanup missions. If successful, the facility gives the UK a world-leading capability to actively remove debris and repair or refuel satellites—services that currently do not exist. That protects the satellite infrastructure that underpins navigation, communications, weather forecasting, and financial transactions. It also opens a commercial market for extending satellite lifetimes rather than replacing them, reducing both cost and future debris.

View original technical description
Space Debris is a major global issue that for too long has been treated as a scientific research topic and not been addressed. As of 2013 there were more than 100 million objects of less than 10cm diameter1 , which can damage or destroy satellites and cause major commercial risks. This then impacts citizens as space derived services are impacted. As an example, loss of satellite positioning would cost the UK £1Bn/day. This industry-led project was conceived by Astroscale (a Singaporean/Japanese Company) who will launch two satellites in 2019 for use on this project. The consortia will develop the current Harwell Control Centre to establish a national facility for In-Orbit Services operations. The state-of-the-art system will form the basis for operating missions to clean up space and conduct other In-Orbit servicing operations, providing the UK with a genuinely world leading capability.

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Original classification

Collaborative R&D

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.