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ClearSpace wins £61 million prime contract for UK dual-satellite Debris Removal mission. October 15, 2026 On Thursday, October 15, 2026, the U.K. government awarded Luxembourg-headquartered in-orbit servicing company ClearSpace a prime contract valued at approximately £61 million ($80 million) to deliver the final operational phase of its national Active Debris Removal (ADR) mission. Selected following a competitive procurement against bids from Astroscale and Starfish Space, ClearSpace will lead the design, manufacturing, and operational execution of a robotic spacecraft tasked with capturing and deorbiting two defunct British satellites. Procurement competition and program heritage. The contract award concludes a multi-year competitive evaluation overseen by the UK Space Agency to establish sovereign national capabilities in space sustainability and in-orbit servicing, assembly, and manufacturing (ISAM). ClearSpace previously executed technical feasibility studies alongside partner Orbit Fab to integrate in-space refueling capabilities under Phase 2 of the Clearing the LEO Environment with Active Removal (CLEAR) study, besting competing concepts including Astroscale's COSMIC debris removal architecture. The servicer's engineering baseline heavily leverages the capture architecture engineered by ClearSpace's Swiss division for an OHB-led European Space Agency (ESA) mission targeting the removal of the Proba-1 satellite, which is likewise scheduled to fly in 2029 following earlier orbital heritage on ClearSpace-1 launch agreements with Arianespace. Dual-Capture architecture and servicer specifications. The ADR spacecraft incorporates autonomous rendezvous and proximity operations (RPO) avionics paired with multi-arm robotic manipulators: * Mission Profile: The servicer will perform orbital phasing to match trajectories with two undisclosed, non-cooperative U.K.-licensed satellites currently adrift in low Earth orbit (LEO). * Mechanical Capture: Uses robotic clamping mechanisms to grapple external structures of targets that lack standardized grappling fixtures or docking adapters. * Deorbit Trajectory: Following capture of the first derelict target, the spacecraft will lower the combined stack's perigee to accelerate atmospheric disposal, release the object into an orbital decay path, and subsequently boost its altitude to rendezvous with and capture the second satellite. Mission manifest and 2029 orbital schedule. ClearSpace UK will manage industrial delivery and mission operations, targeting launch in 2029. By demonstrating sequential capture and disposal across two discrete target spacecraft on a single mission, the program aims to qualify reusable orbital servicing architectures while mitigating debris collision hazards along congested low Earth orbit corridors.

Europe warns of orbital collisions as startups race to clean up space. A new European report raises alarms over rising orbital collision risks, while companies like ClearSpace, Astroscale, and Indian startups Digantara and Manastu Space push debris-removal solutions. A new European report has raised serious alarms about the growing risk of orbital collisions as Earth's skies become increasingly crowded with satellites and debris. With mega-constellations like Starlink and OneWeb expanding rapidly, regulators warn that orbital traffic is approaching unsustainable levels. The report highlights the danger of cascading debris events - the Kessler Syndrome - where one collision triggers a chain reaction of further crashes. Such a scenario could cripple communications, navigation, and Earth-observation satellites, undermining critical infrastructure worldwide. European space agencies are calling for urgent action: stricter space-traffic management, mandatory deorbiting timelines, and accelerated investment in debris-removal technologies. The report also stresses the need for international coordination, noting that orbital space is a shared global resource. This warning comes as a new wave of companies step up to tackle the debris challenge. Europe's ClearSpace is developing robotic missions to capture and deorbit defunct satellites, while Japan's Astroscale is testing magnetic docking systems for debris removal. India too has emerging players: startups like Manastu Space and Digantara are building propulsion and space-situational awareness solutions, aiming to make debris tracking and removal more affordable and scalable. These ventures highlight how innovation is spreading globally, with Indian firms positioning themselves as key contributors to orbital safety.

ClearSpace signs ESA contract to advance Phoenix GEO life-extension mission. Building on development supported by Luxembourg, the new phase with ESA will mature Phoenix's rendezvous, docking and servicing technologies towards commercial GEO life-extension services. Luxembourg, 23 September 2026. ClearSpace has signed a contract with the European Space Agency (ESA) for the next phase of Phoenix, its GEO satellite life-extension mission. Phoenix is being developed to enable a servicing spacecraft to rendezvous with and dock to an operational satellite, providing additional propulsion and attitude-control capability. By taking over functions such as station-keeping and repositioning, Phoenix is designed to help satellite operators extend the useful life and operational value of assets already in orbit, while also supporting responsible end-of-life operations. The broader Phoenix development programme is currently estimated at approximately €100 million. The newly signed contract supports the next stage of this development, advancing the mission architecture and the core rendezvous, proximity operations, docking and servicing technologies required for future commercial operations. The activity is funded under ESA's Industrial Competitiveness programme line within the Agency's Advanced Research in Telecommunications Systems (ARTES) programme. The agreement marks an important progression for Phoenix, building on the programme's development done by ClearSpace Luxembourg with the support of the Government of Luxembourg and the Luxembourg Space Agency (LSA). Luxembourg's early support enabled ClearSpace and its industrial partners to develop the Phoenix concept, establish its technical foundations and demonstrate the potential of satellite life extension as a future in-orbit service. The new phase under ESA ARTES provides a European framework through which these technologies can be further matured and brought closer to operational and commercial deployment. At the centre of Phoenix is ClearSpace's versatile new docking capability, designed to allow a servicing spacecraft to establish a safe, predictable and secure mechanical connection with a satellite already operating in geostationary orbit from first touch to firm connection. ClearSpace's docking capability provides one seamless path from contact to control. Reliable docking is a critical capability for satellite life extension. Once connected, a servicing spacecraft can provide propulsion and attitude-control support for station-keeping, repositioning and end-of-life operations, opening the possibility of extending the productive lifetime of valuable space assets. Laurent Jaffart, Director of Resilience, Navigation and Connectivity at ESA said: "ESA is dedicated to helping Europe build the capabilities needed for the next generation of in-orbit services. In cooperation with our Member States and European industry, we're taking Phoenix to the next level by working to mature the dual-use technologies that will deliver clear benefits for sustainability, resilience, and the competitiveness of Europe's space industry. Together, we will strengthen our position in this emerging market." Luc Piguet, CEO and co-founder of ClearSpace, said: "Phoenix is the result of a shared ambition to make in-orbit servicing a practical and valuable capability for satellite operators. ClearSpace is deeply grateful to ESA, to Luxembourg and the Luxembourg Space Agency, and to the Member States whose continued commitment to European space capabilities has made this progress possible. Their support has allowed ambitious ideas to be transformed into technologies, missions and increasingly tangible services. "We are fully committed to the mission: working with ESA, its Member States, our industrial partners and our customers to build a safe, competitive and commercially sustainable European in-orbit servicing capability." The next phase of Phoenix will further mature the mission architecture, docking system and associated rendezvous and proximity operations required to deliver GEO life-extension services. Phoenix forms part of ClearSpace's growing in-orbit servicing portfolio, spanning inspection, rendezvous and proximity operations, capture, active debris removal and satellite life extension. About Phoenix Phoenix is ClearSpace's programme to develop life-extension services for satellites in geostationary orbit. The mission is designed to rendezvous with and dock to an operational satellite, providing additional propulsion and attitude-control capability to extend its useful life. Following its initial development with support from Luxembourg, Phoenix is entering its next stage under the European Space Agency's ARTES programme, advancing the technologies and mission architecture required for commercially viable GEO servicing. Phoenix is being developed around an adaptable servicing architecture designed to work across different spacecraft platforms and operational scenarios. This flexibility is important to the commercial model: the same core servicing technologies must be capable of addressing a diverse GEO satellite fleet and evolving alongside future spacecraft platforms. About ClearSpace ClearSpace is an in-orbit services company developing technologies and missions that enable safe, sustainable and economically valuable operations in space. Its capabilities span inspection, rendezvous and proximity operations, capture, active debris removal and satellite life extension. ClearSpace was founded in Switzerland and is headquartered in Luxembourg, with teams operating across Europe in Switzerland, the United Kingdom, Luxembourg, Germany and France. Its missions include ClearSpace-1, ESA's Active Debris Removal mission; PRELUDE, an in-orbit inspection and proximity operations mission; and Phoenix, focused on extending the operational life of satellites in geostationary orbit. About ESA's ARTES Industrial Competitiveness programme The European Space Agency (ESA) is Europe's gateway to space, coordinating the financial and intellectual resources of its Member States to conduct space programmes and activities. The Industrial Competitiveness programme line of ESA's Advanced Research in Telecommunications Systems (ARTES) maintains and improves competitiveness for European and Canadian satellite communications industries. It is designed to support the innovative development of technology, products and systems by reducing costs and time-to-market, as well as the development of sustainable systems from ground to in-orbit validation. Through its two components, ARTES Technology and Growth and ARTES Partnership Projects, this programme enables organisations to transform promising concepts into market-ready solutions, covering the entire development cycle. ClearSpace Media contact Hyeonsook Hong Kaiser (She/Her) [email protected] +352 28 51 89 28 Luxembourg