Katalyst Mounts LINK Rescue Craft for Swift Launch as NASA Tries to Save 22-Year Observatory
Updated
Updated · spacedaily.com · Jun 22
Katalyst Mounts LINK Rescue Craft for Swift Launch as NASA Tries to Save 22-Year Observatory
3 articles · Updated · spacedaily.com · Jun 22
Summary
June 9 marked a key milestone for NASA’s Swift rescue plan: Katalyst Space Technologies fitted its LINK servicing spacecraft to a Northrop Grumman Pegasus XL rocket at Wallops, with launch expected later this month.
Swift has dropped from about 600 kilometers toward 400 as the solar-cycle peak swelled the upper atmosphere, increasing drag and accelerating the observatory’s descent toward possible uncontrolled reentry later this year.
$30 million in NASA funding awarded in September 2025 let the Arizona startup build LINK in about seven months for a mission to rendezvous with Swift, grab a satellite never designed for servicing, raise its orbit and release it.
The attempt would be the first commercial capture of an unprepared government satellite in orbit; success could extend Swift’s science mission, while failure would leave the observatory facing the reentry risk the mission aims to avoid.
Can a startup's robotic gambit save NASA's falling satellite, or will it become another piece of dangerous space junk?
With the sun pulling satellites from orbit, is this rescue a sustainable strategy or just the first of many costly emergencies?
As robots learn to capture satellites, are we pioneering orbital repair or rehearsing for future space warfare?
LINK’s High-Stakes 2026 Rescue: Extending the Life of NASA’s Neil Gehrels Swift Observatory
Overview
Katalyst Space Technologies is preparing to launch the LINK robotic spacecraft on June 27, 2026, for a groundbreaking mission to save NASA’s Neil Gehrels Swift Observatory. LINK will autonomously rendezvous with Swift, use its robotic arms to grip the aging telescope, and boost it back into a stable orbit, preventing its re-entry caused by atmospheric drag. This urgent mission follows Swift’s suspension of key scientific operations to reduce drag and conserve power as it faces orbital decay. By extending Swift’s operational life, the LINK mission sets a new standard for commercial satellite servicing and space sustainability.