NASA Tests $30 Million Swift Rescue Mission as Experimental Reboost Nears Day 3
Updated
Updated · CBS New York · Jul 5
NASA Tests $30 Million Swift Rescue Mission as Experimental Reboost Nears Day 3
3 articles · Updated · CBS New York · Jul 5
Summary
Three days into the Swift rescue mission, NASA said it is still establishing communications with the experimental servicing spacecraft and continues to receive data.
Swift, a gamma-ray telescope launched in 2004, had been sinking toward Earth’s atmosphere; NASA aims to rendezvous, dock and raise its orbit to extend the observatory’s life.
The agency framed the $30 million effort as a low-cost test of commercial in-orbit repair, made possible by a broader private launch market and intended to show whether distressed science missions can be revived cheaply.
If the reboost works, NASA says the mission could open similar servicing options for other observatories in Earth orbit, including Hubble.
While one telescope is saved, are megaconstellations making low Earth orbit too dangerous for future science?
Beyond saving one satellite, how will we tackle atmospheric pollution from thousands of others deorbiting?
With private firms now rescuing government satellites, is a new multi-billion dollar space economy being born?
Saving Swift: LINK’s Historic 2026 Robotic Mission to Extend the Life of NASA’s Gamma-Ray Observatory
Overview
On July 3, 2026, the LINK robotic servicing spacecraft, built by Katalyst Space Technologies, successfully launched after overcoming last-minute weather and technical delays. This mission, developed in just nine months through an urgent NASA push, marks the first attempt to save the Neil Gehrels Swift Observatory from reentering Earth's atmosphere. LINK’s rapid development and launch not only aim to extend Swift’s valuable scientific work but also set a new standard for future space servicing and debris mitigation, demonstrating how quick collaboration between NASA and commercial partners can address urgent challenges in space.