The UK Space Agency has selected ClearSpace UK as prime contractor for a mission to remove two defunct, UK-registered satellites from low Earth orbit. Announced on 15 October 2026, the five-year contract is worth £61,341,564 in the public procurement record—about $80 million as a rounded currency conversion—and targets launch and debris-removal operations in 2029.
ClearSpace Today Limited is the supplier named in the procurement listing. The award was recorded on 28 September 2026 and runs through 27 September 2031, while ClearSpace’s announcement describes the value as £61 million.
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Who won the UK space-debris contract?
ClearSpace UK won the UK Active Debris Removal (UK ADR) prime contract. As prime contractor, it is responsible for designing, developing and delivering the spacecraft and mission needed to rendezvous with, capture and dispose of two dead satellites.
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The contract figures differ from an earlier estimate because they refer to separate procurement stages:
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| Figure or date | What it represents |
|---|---|
| £61,341,564 | Award value listed in the UK public procurement record |
| £61 million | Rounded value in ClearSpace’s 15 October 2026 announcement |
| £75.6 million | Value cited for the earlier UK ADR tender in a July 2025 government release |
| 28 September 2026–27 September 2031 | Recorded contract award date and expiry date |
The “$80 million” wording is therefore a rounded conversion of the awarded pound-denominated contract, not the official procurement currency.
What will the mission do?
The mission is designed to remove two non-functioning UK-registered satellites from low Earth orbit and guide them into the atmosphere for controlled burn-up. The targets were not built with docking fixtures, handles or other servicing interfaces, so the servicer must approach and take control of objects that were never intended to be caught.
Autonomous rendezvous and navigation
ClearSpace must develop guidance, navigation and control systems capable of operating close to an unprepared, tumbling or otherwise uncontrolled spacecraft. The servicer will have to determine its relative position and motion, match the target’s trajectory and maintain a safe approach without relying on a cooperative docking system.
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Robotic capture
UK government material describes the spacecraft as using “giant robotic claws.” Those arms are intended to grasp each satellite securely, then keep the combined vehicle stable while the mission prepares for disposal. ClearSpace Managing Director Rob Atchison summarized the engineering task as designing, building and testing a spacecraft that can “get close, safely, to an object never designed to be caught, and take control of it.”
Controlled re-entry
After capture, the servicer will lower the satellites into Earth’s atmosphere so they can burn up during a controlled disposal. The mission is intended to demonstrate removal of more than one satellite in a single debris-removal effort, rather than merely inspecting or attaching to an object.
When will the UK ADR mission launch?
The planned launch site is Saxavord Spaceport in Scotland, with launch and active debris-removal operations targeted for 2029. The date remains subject to final mission design and launch scheduling, so 2029 is a target rather than a fixed launch date. The contract itself extends to September 2031, allowing time for development, testing, launch and on-orbit work.
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Why is the UK paying to remove space junk?
Orbital debris can collide with working spacecraft, create more fragments and raise the risk to services that depend on satellites. The UK government specifically links debris removal to protecting GPS, weather forecasting, communications and national-security capabilities.
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Removing two satellites will not solve the global debris problem. Its value is also technological: the UK ADR mission is intended to build domestic capability in In-Orbit Servicing, Assembly and Manufacturing (ISAM). Skills and hardware developed for capture and controlled disposal could support later missions that inspect, repair, refuel, assemble or manufacture systems in orbit.
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Dr Alice Bunn, Co-Director of the UK Space Agency, said the mission is “about much more than removing debris” because it develops capabilities for future servicing, assembly and manufacturing. The agency says ClearSpace will work with partners across the UK supply chain. The government’s 15 October 2026 announcement values the UK space sector at £18.6 billion and says it supports more than 55,000 skilled jobs.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What is known—and not yet known—about the targets?
The targets are described as two defunct, UK-registered or UK-licensed satellites in low Earth orbit. No authoritative announcement identifies them by name or publishes their orbital elements. That means their exact altitude, inclination, mass, shape, attitude and remaining fuel are not established in the public information available for this award.
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Those details matter operationally. A servicer must account for each target’s rotation, structural strength, protruding hardware and the possibility of residual propellant. Mission planners also have to choose capture points that will not break off and create additional debris.
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What makes this a difficult demonstration?
- Uncooperative targets: Dead satellites cannot follow commands or hold a docking attitude.
- Close-proximity hazards: Navigation errors or contact at the wrong angle could damage the servicer or fragment the target.
- Two-object mission: The spacecraft must complete capture and disposal operations more than once, increasing sequencing and fuel demands.
- End-of-life control: The captured hardware must be directed into an atmospheric re-entry corridor rather than left in orbit.
- Schedule dependence: The 2029 launch and operations goal depends on final design, testing and launch availability.
How this mission compares with future debris-removal work
The UK ADR project should be judged on more than its contract value. Useful comparison points for later missions include:
- the number and type of targets;
- whether the objects are cooperative or completely unprepared;
- the capture technology, such as robotic arms or another mechanism;
- the target orbit and disposal method;
- the launch and operations date;
- whether the customer is a government agency or a commercial operator; and
- the contractor’s demonstrated flight heritage.
This award establishes a government-backed UK demonstration, but it does not by itself prove that the spacecraft has flown, that either target has been captured, or that the 2029 schedule is guaranteed. Those milestones will be determined by design reviews, testing, launch and on-orbit operations.
What happens next?
- ClearSpace and its UK partners design the servicer, capture hardware and autonomous guidance systems.
- The spacecraft and robotic systems undergo ground testing for rendezvous, grasping and disposal scenarios.
- The mission is prepared for a planned launch from Saxavord Spaceport in Scotland in 2029.
- Once in orbit, the servicer approaches and captures the first defunct satellite.
- It lowers that satellite for controlled atmospheric burn-up, then repeats the sequence for the second target.
Liz Lloyd, the UK Space Minister, described debris as an “immense and growing challenge” and said the UK intends to lead the global clean-up effort. The practical test of that ambition will be whether the mission can safely turn the contract’s design goal into two successful removals.
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