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NASA has awarded a $30 million contract to Arizona-based startup Katalyst Space Technologies to extend the life of the Neil Gehrels Swift Observatory, a $500 million space telescope in low-Earth orbit. Launched in 2004, the Swift Observatory has made groundbreaking discoveries about black holes and distant galaxies. However, with no onboard propulsion, its orbit has been slowly decaying due to atmospheric drag, leaving scientists estimating a 90% chance of re-entry and destruction by 2026.
Katalyst will deploy a modified version of its Link spacecraft to push Swift into a higher orbit. This mission, scheduled for May 2026, represents a major milestone in satellite servicing and space-docking technology. Unlike modern satellites equipped for servicing, Swift lacks docking hardware. To overcome this, Katalyst engineers designed a robotic system to grip onto small metal flanges originally used to secure the observatory during ground transport.
CEO Ghonhee Lee highlighted the broader implications of the mission, noting that the ability to dock with and service satellites that were not designed for it could transform both civil and defense space operations. The Pentagon has shown keen interest in such orbital maneuvering capabilities, especially as China has demonstrated satellite grappling and close-proximity maneuvers, raising national security concerns. Successfully boosting Swift’s orbit would not only protect NASA’s valuable scientific asset but also demonstrate U.S. leadership in space servicing amid growing geopolitical competition.
The mission also reflects Katalyst’s growing role in the in-space services industry. Following its acquisition of Atomos Space earlier this year, Katalyst has invested $25 million into the Link program, aiming to reduce costs. While traditional satellites cost hundreds of millions, Katalyst targets production of robotic spacecraft in the “high-single-digit to low-double-digit million” range.
By safeguarding Swift and showcasing advanced docking technology, NASA and Katalyst are setting the stage for the future of satellite servicing, orbital sustainability, and space security.
