Space Technology 2026Updated

List of Space Debris Tracking and Removal Startups

Directory of startups developing active debris removal, conjunction assessment, and space situational awareness services — from capture-and-deorbit missions to ground-based radar tracking networks.

Available Data Fields

Company Name
Headquarters
Service Type
Capture / Tracking Technology
Orbit Focus (LEO/GEO/MEO)
Total Funding
Founded Year
Key Contracts / Customers
Mission Status
Website

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CompanyHQServiceFunding
AstroscaleTokyo, JapanActive Debris Removal & Life Extension02M (IPO 2024)
ClearSpaceRenens, SwitzerlandActive Debris Removal€86M ESA contract + €26M Series A
LeoLabsMenlo Park, CASpace Situational Awareness (Radar)27M
Starfish SpaceKent, WAIn-Orbit Servicing & Debris Removal5M
Kall Morris (KMI)Marquette, MIActive Debris Removal (Gecko Adhesion)M

65+ records available for download.

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The Commercial Race to Clean Up Earth’s Orbits

Over 36,000 tracked objects larger than 10 cm orbit Earth at velocities exceeding 28,000 km/h, and the count is rising exponentially with mega-constellation deployments. What was once a government-only domain — catalogued by the U.S. 18th Space Defense Squadron — has become a commercial market projected to reach 00 million by 2028 (41.7% CAGR). Startups now span the full value chain: tracking debris with ground-based radar and in-orbit sensors, predicting conjunctions for satellite operators, and physically removing dead objects through capture-and-deorbit missions.

Active Debris Removal: From Demonstration to Operations

The field crossed a critical milestone in 2024 when Astroscale completed the ADRAS-J mission, the first commercial rendezvous and proximity operation with a piece of debris in orbit. ESA’s €86M contract with ClearSpace for the ClearSpace-1 mission — targeting the PROBA-1 satellite for removal — represents the first government purchase of a debris removal service. Meanwhile, U.S.-based Kall Morris (KMI) sent its gecko-inspired REACCH capture mechanism to the ISS for testing aboard SpaceX CRS-31.

Tracking & Space Situational Awareness

LeoLabs operates 11 phased-array radar stations across seven countries, offering the most comprehensive commercial catalog of LEO objects — tracking debris as small as 2 cm. Companies like Kayhan Space and Slingshot Aerospace sit on the analytics layer, ingesting tracking data to provide conjunction alerts and maneuver recommendations to satellite operators.

Capture Technologies at a Glance

ApproachCompanyStatus
Robotic arm captureClearSpaceMission contracted (launch ~2028)
Magnetic docking (ELSA-d)AstroscaleFlight-proven (2021)
Gecko adhesionKall Morris (KMI)ISS-tested (2024)
Electric Otter tugStarfish SpaceIn development
Reusable Triton payloadPaladin SpacePrototype demonstrated

Funding Landscape

Astroscale’s 2024 Tokyo Stock Exchange IPO — raising ~0M at a B valuation — signaled institutional confidence in the sector. Total venture capital into debris-related startups has exceeded 00 million, with government contracts from ESA, NASA SBIR/STTR, and the U.S. Space Force acting as anchor revenue. NASA alone awarded nearly 0M to six small businesses for debris remediation technology in recent funding rounds.

Frequently Asked Questions

Q.Does the dataset include both tracking-only and active removal companies?

Yes. The dataset covers the full spectrum: ground-based and in-orbit tracking providers, conjunction assessment platforms, and companies building capture-and-deorbit hardware. Each entry is tagged by service type so you can filter accordingly.

Q.How current is the funding and contract data?

When you request the dataset, our AI crawls public sources in real time — SEC filings, press releases, agency contract announcements — so funding figures and contract statuses reflect the latest available information.

Q.Are pre-revenue or stealth-mode startups included?

We include any company with a publicly identifiable web presence working on debris tracking or removal. Stealth-mode companies with no public information are not covered, as our data is sourced exclusively from publicly available information.

Q.Can I filter by technology readiness level or mission status?

Yes. You can specify criteria like flight-proven, ISS-tested, mission-contracted, or in-development to narrow results by how close a company is to operational capability.