Northrop Grumman to Launch $30 Million Swift Rescue Mission in June as Reentry Risk Climbs
Updated
Updated · USA TODAY · Jun 18
Northrop Grumman to Launch $30 Million Swift Rescue Mission in June as Reentry Risk Climbs
2 articles · Updated · USA TODAY · Jun 18
Summary
Later in June, Northrop Grumman’s Pegasus XL is set to carry Katalyst Space’s LINK spacecraft from Kwajalein Atoll to intercept and reboost NASA’s Swift Observatory.
Swift’s orbit has decayed faster than expected because stronger solar storm activity since fall 2024 increased drag, leaving a 50% chance of uncontrolled reentry by mid-2026 without intervention.
The $30 million mission would be the first commercial robotic capture of a government satellite not built for in-space servicing, using a custom mechanism because Swift has no docking ports or grappling fixtures.
Ground teams are keeping Swift at least 185 miles above Earth while LINK, developed in less than a year after NASA’s September 2025 award, aims to extend the 2004 telescope’s life by several years.
As its orbit decays daily, can a new robotic spacecraft catch NASA's Swift observatory before it falls from the sky?
Beyond saving one satellite, will this high-speed commercial mission permanently change how NASA operates in space?
Swift’s Last Chance: The 2026 Reboost Mission That Could Redefine Satellite Servicing and Save a Key NASA Observatory
Overview
Launching on June 27, 2026, an urgent mission will use Katalyst Space Technologies' Link spacecraft to reboost the Neil Gehrels Swift Observatory, a key NASA telescope that has led the study of high-energy cosmic events since 2004. The mission aims to extend Swift's operational life, but faces major challenges because Swift was not designed for in-orbit servicing and lacks grappling fixtures. Despite these obstacles, Link’s inaugural satellite servicing operation will attempt to autonomously capture and boost Swift, demonstrating advanced space technology and helping preserve a vital scientific asset for years to come.