UK commissions ClearSpace’s claw spacecraft to clean up orbit

The UK Space Agency has selected ClearSpace UK to build a debris-removal spacecraft under a contract worth approximately $81 million, with launch targeted for 2029 from SaxaVord Spaceport in Scotland’s Shetland Islands. The vehicle, part of Britain’s Active Debris Removal mission known as UK ADR, is designed to chase and capture derelict satellites traveling at roughly 17,000 mph. Its first task is to remove two UK-registered satellites that have been inactive for more than 10 years and sit in a congested region of low Earth orbit above 700 km altitude.

The UK government wants both removed by 2032. The objects endanger operational safety in a region where thousands of active satellites and rocket parts already circle Earth.

The spacecraft’s design, as described by ClearSpace, works in three stages. First, the spacecraft must match the movements of a tumbling or inactive target satellite while both travel at roughly 17,000 mph or faster, since dead satellites may tumble and make close approach difficult. Then its robotic claw secures the object. Finally, the vehicle shifts the captured satellite to a lower orbit and releases it, letting atmospheric drag pull the object down until it burns up during reentry.

ClearSpace is building the craft so it can be refueled and reused, allowing it to stay available for later tasks rather than ending its work after removing a single satellite. This approach could open a new commercial industry where satellite operators pay specialists to remove aging gear, according to the UK Space Agency. The British mission remains in development and its commercial future depends on the technology performing as expected.

The scale of the orbital debris problem is large. ESA debris data refreshed on October 14, 2026, counts roughly 47,140 tracked objects circling Earth, covering active satellites, inactive craft, rocket parts and fragments. ESA estimates millions of smaller debris pieces surround Earth, and a piece measuring just one centimeter holds enough energy to knock out a spacecraft or pierce the International Space Station’s shielding.

Scientists call the potential chain reaction from colliding large objects the Kessler syndrome, and ESA’s 2026 Space Environment Report says active removal is needed to stop long-term debris growth caused by collisions, since each breakup can generate many extra fragments capable of damaging other objects. A Russian weapons test against a satellite in November 2021 produced a hazardous debris field, and NASA said astronauts and cosmonauts shut hatches and took shelter aboard docked Dragon and Soyuz vehicles while the danger was assessed. The station and crew stayed safe, but the event showed how fast debris from a breakup can disrupt operations.

The risk extends to the ground as well. Ewan Wright of the University of British Columbia told Space.com that roughly 124 rocket stages came back through Earth’s atmosphere without control in 2024, and he projected a 33% chance that at least one person somewhere on Earth would die from falling rocket debris if that yearly pace persisted for 10 years. ESA also reports that casualty risk from uncontrolled reentries has risen in recent years, though the chance remains low next to many everyday risks.

The UK’s involvement in active debris removal traces back to October 2021, when the UK Space Agency commissioned ClearSpace’s British unit to carry out a feasibility study examining mission scenarios, defining requirements, and selecting technologies. The study wrapped up in March 2022, and ClearSpace then received a £2.2M contract for the CLEAR mission’s preliminary design phase, scheduled to run until October 2023 and close with a preliminary design review. CLEAR stands for Clearing of the LEO Environment with Active Removal.

ClearSpace leads a consortium of nine UK entities including Alden Legal, AstroAgency, Critical Software, Deimos, MDA, Orbit Fab, Satellite Applications Catapult, and the University of Surrey’s STAR LAB. Rory Holmes, ClearSpace UK Managing Director, called them cutting-edge UK-based space companies and said the program lets the UK develop complex robotics and AI-based algorithms domestically. Holmes said, “ClearSpace is honoured to work with the UK Space Agency to improve the safety and sustainability of our orbital neighbourhoods.” The effort should generate more than seventy fresh direct positions in Britain plus indirect hiring and supply-chain work.

The in-orbit services market is expected to grow substantially. Northern Sky Research forecasts it will reach $14.3 B in cumulative revenue by 2031, with debris removal expected to be the fastest growing segment because operators need to protect spacecraft in congested orbits. Dr Paul Bate, Chief Executive of the UK Space Agency, said in the September 2022 announcement that 1,700 satellites launched last year alone and that safeguarding the space environment is more pressing than ever. Britain unveiled its Plan for Space Sustainability in June 2022 to show leadership via a fresh sustainability standard for space and a regulatory framework review.

Navigation satellites fly in medium Earth orbit well above the low orbit zone targeted by the British cleanup effort, yet the wider safety push aims to guard the satellite systems behind communications, positioning, weather data and emergency response. The removal effort protects critical space-based infrastructure that underpins activities such as transport, climate monitoring, finance and weather forecasting. A collision disabling a key spacecraft could disrupt operations and force dependence on backups, and replacing a damaged satellite can be costly. The British effort will not end orbital debris overnight, but taking down two defunct satellites could show a workable method for managing hazardous objects already aloft while thousands more spacecraft go up.