**NASA to Stop $500 Million Spacecraft from Crashing to Earth**
*By Akash Pandey | Sep 25, 2025, 11:03 AM*
NASA has awarded a $30 million contract to Katalyst Space Technologies, an Arizona-based startup, to prevent the Neil Gehrels Swift Observatory (also known as SWIFT) from falling back into Earth’s atmosphere.
The $500 million spacecraft, which has been studying distant galaxies and black holes since 2004, is currently in low-Earth orbit. However, its orbit is gradually decaying due to atmospheric drag, putting it at risk of burning up upon re-entry. NASA estimates there is a 90% chance SWIFT will disintegrate in Earth’s atmosphere by late 2026 if no action is taken.
### Mission Details
Katalyst Space Technologies plans to launch a modified version of its “Link” spacecraft to rendezvous with the observatory and push it into a higher orbit. This mission serves as a critical test of space-docking technology, which has important implications for military operations and satellite maintenance.
Notably, SWIFT does not have an onboard propulsion system or attachment points for docking. To overcome this, Katalyst’s Link craft will feature a tailored robotic mechanism designed to pinch small metal rims on the observatory, securing a firm grip for the orbital boost.
### Service Strategy
Originally, Link was intended for an internal demonstration mission. However, after studying detailed designs of SWIFT, Katalyst will modify the spacecraft starting next month, aiming for a launch in May 2026.
Once in orbit near the observatory, Link will engage its robotic arm to attach to SWIFT and execute the maneuver that will extend the telescope’s operational life.
### Military Implications
The mission also carries significant military interest. Katalyst CEO Ghonhee Lee told Reuters that the success of this operation will demonstrate that any satellite can be serviced, even those lacking a launch adapter ring.
The Pentagon is closely monitoring the mission’s progress. Lee expressed hopes to collaborate with the U.S. Space Command on additional orbital maneuvering capabilities. This highlights the growing strategic importance of space-docking technologies amid escalating geopolitical competition, especially between the United States and China.
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This innovative mission not only aims to save a valuable scientific asset but also marks a milestone in satellite servicing and space technology with broad civilian and defense applications.
https://www.newsbytesapp.com/news/science/nasa-enlists-start-up-to-rescue-500m-spacecraft-in-orbit/story
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