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HeadlineENERGY

Space Debris Kinetic Recovery System OrbitReclaim Completes First Defunct Satellite Retrieval: The Economics of Orbital Recycling

Japan's Astroscale has successfully captured a decommissioned 2005 communications satellite and pushed it into a deorbit trajectory using OrbitReclaim, marking space debris cleanup's transition from concept validation to commercial operations.

Space Debris Kinetic Recovery System OrbitReclaim Completes First Defunct Satellite Retrieval

On June 2, 2028, Japanese space debris cleanup company Astroscale announced that its OrbitReclaim system successfully completed its first commercial defunct satellite recovery mission, capturing the decommissioned Japanese communications satellite JCSAT-2A and pushing it into a deorbit trajectory.

The Urgent Threat of Space Debris

According to ESA, over 36,000 trackable debris objects larger than 10cm currently orbit Earth, along with hundreds of millions of smaller fragments. These travel at 7-8 km/s — a screw-sized fragment can destroy a satellite.

ESA Space Safety head Holger Krag said: "We face the Kessler Syndrome risk — when debris density reaches a critical point, collision-generated fragments trigger a chain reaction that could render low Earth orbit unusable."

OrbitReclaim's Technical Approach

OrbitReclaim comprises an orbital tracking module and a capture-propulsion module. The tracking module locates targets through ground radar networks and onboard vision systems. The capture module uses a robotic arm and magnetic attachment to secure debris, then uses onboard ion propulsion to push it out of operational orbit.

Astroscale CEO Nobu Okada said: "OrbitReclaim's success proves space debris cleanup is no longer science fiction. We plan to execute 10 commercial recovery missions in 2029 at approximately $15 million per satellite."

Who Pays?

Currently no international law requires satellite operators to clean up their equipment after mission completion. Astroscale's business model involves "decommissioning cleanup" contracts with operators who prepay debris removal fees at launch.

SpaceX and OneWeb have signed framework agreements with Astroscale. Japan has introduced the world's first space debris cleanup subsidy, offering $3 million per successfully deorbited defunct satellite.

The Frontier of Orbital Economics

More ambitious is converting defunct satellites into "space raw materials." Astroscale is partnering with Nippon Steel to study in-space disassembly and material recycling, but commercialization of space material recycling is not expected before 2035.