The U.S. Space Force confirmed that NASA's Neil Gehrels Swift Observatory reentered Earth's atmosphere at 12:39 UTC on November 4, over Northern Sumatra, ending a 22-year mission studying gamma-ray bursts.

Videos possibly showing the fiery reentry circulated on social media, with sightings reported from Mersing, Pulau Tioman and Batam in Indonesia.

NASA had anticipated the spacecraft would largely burn up, though some denser pieces were expected to survive; it was not immediately known how much of the nearly one-and-a-half-tonne observatory disintegrated.

The demise came less than three months after a long-shot rescue failed. NASA had hired Katalyst Space, whose three-armed robotic LINK spacecraft launched July 3, 2026, to capture Swift and boost it to a higher orbit.

But about three weeks into the mission, two of LINK's three reaction wheels failed, sending the craft into an uncontrolled spin with intermittent communication, and it came crashing down in September.

NASA and Katalyst continued rendezvous and proximity operations to gather information, but the boost never happened.

According to EarthSky, NASA Administrator Jared Isaacman said the team moved with extraordinary speed to give Swift a chance at more science while advancing satellite-servicing capabilities.

Swift rocketed into orbit in 2004 on what was expected to be a two-year study of gamma-ray bursts and exploding stars, yet kept going for 22 years — eleven times its planned lifetime.

Carrying a Burst Alert Telescope, an X-Ray Telescope and an Ultraviolet/Optical Telescope, it served as a first responder that alerted other observatories to probe bursts more deeply, observing thousands of the universe's most powerful explosions.

Its X-Ray Telescope famously captured the afterglow of the record gamma-ray burst GRB 221009A about an hour after detection.

The U.S. Space Force tracked Swift's sinking orbit, a decay accelerated by intense solar activity in recent years, before confirming the reentry near Indonesia.

Amateur astronomers had followed the drama: Puerto Rico's Sociedad de Astronomía del Caribe captured video of LINK and Swift sharing a similar orbit in August 2026, first trailing and then slightly leading one another as the rescue attempt stalled.

The footage, shot from Añasco, showed LINK passing near the bright star Antares with Swift following a minute later — a rare public view of a spacecraft rescue attempt in progress.

Swift's loss sharpens the stakes for NASA's next aging observatory. The agency is gauging industry interest in a rescue mission for the Hubble Space Telescope, launched in 1990 and now expected to come crashing down by the mid-2030s, according to recent analyses cited by CBC News.

NASA is asking private companies about boosting Hubble's orbit, upgrading its systems, guiding it to a controlled reentry — or all three — with any mission needing to happen by 2032.

Unlike the rushed Swift effort, there is more lead time; science mission chief Nicky Fox noted Hubble still has important science ahead, and Isaacman said every reasonable opportunity should be explored to keep it delivering.

The Swift episode is a sobering data point for the emerging satellite-servicing industry.

LINK failed on attitude control before it could attempt capture, but the rendezvous and proximity operations NASA and Katalyst conducted afterward were framed by Isaacman as lessons to be applied to future missions.

Meanwhile, in-orbit inspection work continues elsewhere: according to a NASA mission status update reported by Aviation Week, Starfish Space's NASA-backed Otter satellite-inspection spacecraft suffered an unrecoverable communications loss.

The convergence of these setbacks and opportunities will shape whether orbit-boosting becomes a routine commercial service before Hubble's clock runs out.