Space Debris Monitoring and Removal Market Overview Analysis By Fortune Business Insights Analysis

Market Size & Growth Outlook

According to Fortune Business Insights: The global space debris monitoring and removal market was valued at USD 1,159.22 million in 2025 and is projected to grow from USD 1,242.10 million in 2026 to USD 2,158.22 million by 2034, exhibiting a CAGR of 7.15% during the forecast period. North America dominated the market with a 30.54% share in 2025. The U.S. market is projected to reach USD 496.18 million by 2028, driven by rising satellite launches and space exploration activities.

Space debris has become a major threat to launching new satellites into Earth's orbit, making the safety and affordability of new satellites and space exploration activities a key priority for both commercial and defense players. According to the European Space Agency, ClearSpace-1 will be the first space mission to remove an item of debris from Earth's orbit, executed in 2025. The market experienced a -3.7% decline in 2020 compared to 2019 due to COVID-19 pandemic disruptions across all regions.

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Market Trends

Rising Number of Space Solution Service Providers: A defining trend is the growing number of small-scale companies designing, testing, and implementing debris monitoring and removal technologies while collaborating with key industry players to expand their service offerings. Canada-based startup Obruta Space Solutions is developing sustainable infrastructure supporting the emerging on-orbit services ecosystem — offering satellite lifespan extension through repair and refueling in space orbits, alongside tethered-net removal technology to monitor space debris. North America's market grew from USD 241 million in 2020 to USD 268.6 million in 2021. Companies including SpaceX, through its reusable Falcon 9 Full Thrust rocket, and Blue Origin's New Shepard, Starship, and New Glenn reusable rocket programs are expected to assist in reducing future space debris generation.

Market Growth Factors

Rising Satellite Launches and Space Exploration Activities: The primary growth driver is the exponential rise in demand for network and communication-based services globally, enabling increased space launches. SpaceX's Starlink program received FCC approval to launch 12,000 small satellites for its internet constellation, with plans to add 30,000 more satellites. In April 2022, NASA signed a USD 280 million contract with private firms — including SpaceX, Kuiper Government Solutions, Viasat, Inmarsat Government, SES Government Solutions, and Telesat U.S. Services — to develop near-Earth space communication services. In June 2022, the U.S. Space Force signed an USD 846 million contract with United Launch Alliance and SpaceX for National Security Space Launch missions through 2027, with ULA receiving 60% and SpaceX 40% of missions. Approximately 3,373 active operational satellites currently orbit Earth, a figure anticipated to surge significantly. In December 2021, ISRO signed six agreements with four countries for launching foreign satellites during 2021-2023.

Surging Partnership Among Key Nations for Space Situational Alertness: A critical secondary driver is the growing international collaboration for space situational awareness, as approximately 80 nations are now active in the space industry. In April 2022, India and the U.S. signed a Space Situational Awareness arrangement enabling data exchange on threats to satellites and other space assets between the two countries. In April 2022, Atos and OHB signed a contract with the German Federal Armed Forces to supply the Space Situational Awareness Center Expansion Stage 1, supporting Germany's national space infrastructure protection. In May 2022, LeoLabs signed an agreement with the U.K. Space Agency to provide real-time observation data from its global radar network for all U.K.-licensed satellites in LEO.

Restraining Factors

Lack of Regulatory Norms for Debris Removal: The primary restraint is that while key space agencies — including NASA, CNSA, ESA, Roscosmos, DLR, and CNES — have defined regulatory norms to curb space debris through monitoring, most norms are restricted to monitoring rather than removal. Debris removal norms remain largely unspecified by governing bodies, constraining the space debris removal industry's growth. Researchers have proposed orbital-use fee agreements to charge space operators based on orbital usage, aiming to reduce satellite collision risk, though international consensus on such frameworks remains an ongoing challenge.

Segmentation Analysis

By Application: Space debris monitoring is expected to dominate the market due to rising space exploration activities and space debris modeling. In July 2020, India-based startup Digantara developed India's first in-orbit space debris monitoring and tracking system, providing global real-time Earth coverage through a constellation of cost-efficient nanosatellites in LEO alongside space-based air surveillance for tracking both space objects and aircraft. The space debris removal segment is projected to display substantial growth during the forecast period, attributed to growing initiatives by various space agencies for debris removal in recent years.

By Debris Size Range: The 1mm to 1cm debris size segment led the market, holding a 55.7% share in 2021, owing to increasing rocket bodies and minor objects from satellite launches globally. According to the European Space Agency, more than 128 million objects revolve around Earth's orbit. The 1cm to 10cm segment is predicted to observe notable growth due to surging space exploration activities, with approximately 90,000 objects estimated in low Earth orbit and geosynchronous orbit obstructing satellite paths. The greater than 10cm segment is expected to grow as rising LEO space launches increase debris volumes in coming years.

By Orbit Type: Low Earth Orbit (LEO) is anticipated to grow at a higher CAGR, driven by growing interest in launching communication satellites in LEO — with SpaceX planning to launch 1,440 satellites under its Starlink program to provide global internet service, generating substantial debris volumes in the process. Geostationary Earth Orbit (GEO) is estimated to develop prominently, backed by growing government spending on space exploration activities across several economies.

By End-use: Commercial is anticipated to grow at a higher CAGR, attributed to the growing number of private companies engaged in space debris monitoring and removal, with numerous Asian and European startups designing and developing debris removal processes. Defense is predicted to grow significantly, driven by increasing government and agency investment, including NASA's orbital debris program interface.

Regional Outlook

North America was valued at USD 268.6 million in 2021 and is estimated to remain dominant through the forecast period. The U.S. hosts the largest concentration of space-based companies compared to European and Asian counterparts, with the U.S. Department of Defense investing heavily in space debris monitoring. The presence of key organizations including Altius Space, Northrop Grumman Corporation, and The Boeing Company fuels regional market growth.

Europe is anticipated to grow at a significant rate, with the European Space Agency and other space-based organizations playing a crucial role in space debris monitoring and removal. In December 2020, ESA signed a USD 106 million contract with Swiss startup ClearSpace SA to execute the world's first space debris removal mission, targeting removal of Vespa (Vega secondary payload adapter) from orbit.

Asia Pacific is predicted to grow at the greatest CAGR, driven by rising demand for space situational awareness capabilities from India, China, and Japan. Chinese firms are developing an optical sensor network called the Asia Pacific Optical Satellite Observation System (APOSOS) through collaboration with the Asia Pacific Space Cooperation Organization (APSCO).

Rest of the World is projected to develop at a steady pace, driven by growing partnerships among non-U.S. countries for space situational awareness capabilities. The South African National Space Agency (SANSA) collaborated with the German Aerospace Centre (DLR) to deploy a space debris tracking station within the Optical Space Research (OSR) Laboratory, incorporating the Small Aperture Robotic Telescope Network (SMARTnet) sensory network.

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Competitive Landscape

Lockheed Martin Corporation is a major market player, primarily emphasizing software and services for space debris monitoring and removal programs through collaborations, contracts, and novel product development. Other leading companies include Airbus S.A.S (Netherlands), Astroscale (Netherlands), ClearSpace (Switzerland), Electro Optic Systems (Australia), Northrop Grumman Corporation (U.S.), Orbit Guardians (U.S.), Obruta (Canada), Share my space (France), and Voyager Space Holdings Inc. (U.S.).

Key recent developments include Northrop Grumman Corporation's January 2022 agreement with the U.S. Space Force, worth USD 341 million, to develop a radar tracking active satellites and debris in high orbits — to be located in the Indo-Pacific region as one of three planned ground-based radar sites for the DARC program, with a September 2025 prototype development deadline; Northrop Grumman's April 2021 launch of its Mission Extension Vehicle 2, a robotic spacecraft designed to prolong satellite life and remove space junk beginning 2025; NASA and SpaceX's March 2021 joint agreement formalizing information sharing to improve space safety, including conjunction avoidance and launch collision avoidance between NASA spacecraft and SpaceX's Starlink constellation; the European Space Agency's December 2020 USD 104 million contract with ClearSpace SA to execute the world's first space debris removal mission; and Electro Optic Systems' April 2021 breakthrough in laser technology using Guide Star Laser to enable high-speed optics to track and move space debris at lower altitudes and faster speeds than previously achievable.

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