NASA is racing to save a $500,000,000 observatory that is falling out of orbit by hiring a startup to launch a rescue spacecraft in under nine months
There is a $500,000,000 observatory that is falling out of orbit, and, understandably, NASA is panicking
It sounds less like a routine space mission and more like the plot of a blockbuster where the clock is ticking, and the stakes are sky high.
The observatory in question is NASA’s Neil Gehrels Swift Observatory, a spacecraft that has spent more than two decades hunting some of the universe’s most violent explosions.
Now, after years in space, Swift is losing altitude fast, and NASA is betting on a tiny private company to pull off an extraordinary last-minute save.
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NASA is racing to save a $500,000,000 observatory
Swift launched in 2004 and became one of NASA’s great cosmic spotters, tracking gamma ray bursts and other dramatic events across the universe.
But the spacecraft is now battling orbital decay, with atmospheric drag slowly pulling it closer to Earth and putting its future at risk.
NASA even paused most of Swift’s science operations in February 2026 to buy the mission more time while a rescue plan came together.
That rescue is not coming from astronauts in a giant shuttle-style mission, however.
Instead, NASA awarded Arizona startup Katalyst Space Technologies a contract worth about $30 million to develop a robotic spacecraft that can meet up with Swift and push it into a higher, safer orbit.
For a mission involving a $500 million observatory, it’s a surprisingly lean and daring solution.
The startup is sending a rescue spacecraft
What makes this especially jaw-dropping is the timeline.
Katalyst has to move fast, with the mission targeting launch by this summer, meaning the company has only months to get its spacecraft ready, send it into orbit, catch up with Swift, and perform a delicate boost maneuver.
That is a huge ask because Swift was never designed to be serviced in space.
The rescue craft will have to rendezvous with an aging observatory, latch on cleverly, and then gently raise its orbit before Earth’s atmosphere wins the battle.
If it works, the mission could keep Swift alive and prove that rescuing old satellites is no longer science fiction.
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