The UK Space Agency (UKSA) has announced more than £60m of investment in a world-first robotic spacecraft designed to remove space debris that threatens the satellites underpinning GPS, communications and other critical digital services.
Developed by ClearSpace, the spacecraft will use mechanical claws to capture defunct satellites and other debris before guiding them into Earth's atmosphere, where they will burn up. The project forms part of the UK's Active Debris Removal Mission and is expected to strengthen British space supply chains from Southampton to Newcastle.
As reliance on satellite-enabled services continues to grow, protecting orbital infrastructure is becoming increasingly important for governments and businesses alike
Why space debris matters
Space debris includes retired satellites and fragments created by collisions in orbit. These objects pose a growing risk to the satellite infrastructure that supports GPS, communications, weather forecasting and a range of digital services used by organisations every day.
According to the government, debris can travel at speeds of more than 17,000mph, meaning even small objects can cause significant damage. Scientists warn that a single collision could create further debris and trigger a chain reaction affecting entire orbital regions.
A reusable approach to orbital clean-up
Nicknamed the "Space Binman", the new spacecraft is being designed to refuel and carry out multiple debris-removal missions.
The first launch is planned for 2029, targeting two inactive British satellites. The government expects the first removal by 2030 and the second by 2032.
Unlike conventional satellites, the craft must manoeuvre close to uncontrolled objects, capture them securely and guide them into lower orbit before atmospheric re-entry. One of the biggest engineering challenges is safely collecting satellites that were never designed to be retrieved.
Supporting the UK’s future in space
The government has invited the public to help name the Active Debris Removal Mission, with the winning entry set to appear on the spacecraft itself.
As the number of single-use satellites increases, UKSA says developing in-orbit servicing, repair and refuelling capabilities will be critical to protecting valuable orbital assets and supporting future space missions.
The ClearSpace spacecraft will launch from Scotland's SaxaVord Spaceport, which recently received £30m in government funding to strengthen the UK's independent launch capability.
