NASA Opened Its Labs to Private Rescue Missions. Then It Emptied the Labs

NASA announced on 19 August 2026 that it was abandoning the effort to save the Neil Gehrels Swift Observatory, the gamma-ray telescope launched in 2004. The rescue satellite, named LINK, was built by Katalyst Space Technologies under a $30 million contract awarded in 2025. It launched on 3 July on Northrop Grumman's Pegasus XL rocket. It will not capture Swift, and the observatory is expected to reenter the atmosphere and burn up later this year.

Read alongside reporting published four weeks later, the failure looks like one episode in a wider problem. NASA wants fast, cheap, privately built spacecraft. Its own centres are losing the facilities that made such work possible.

What went wrong on LINK

The rescue was always a schedule problem dressed up as an engineering one. Swift has no thrusters of its own, so the only way to lift its orbit was to send something up to grab it. NASA's announcement of the failure followed a July disclosure that the spacecraft had spun out of control. According to NBC News, NASA said on 28 July that LINK's attitude control systems had malfunctioned, "causing the spacecraft to spin and resulting in sporadic communications." The spacecraft was rotating at about 9 degrees per second.

Ars Technica reported that two of LINK's three reaction wheels, used for attitude control, stopped working. There were also problems with cold gas thrusters used for finer pointing. That left the satellite's three low-impulse plasma thrusters as the only means of regaining control, according to the same report. The mission launched in July. By late July it was in trouble.

"While the mission will not have the ending we originally intended, NASA and Katalyst are assessing what milestones remain ahead," Katalyst said in a statement carried by Ars Technica. "We will continue working to extract technical and operational value from the spacecraft."

Katalyst has not said what caused the failure. Both NASA and the company have said the spacecraft is still alive and may still attempt a rendezvous with Swift to test close-in navigation hardware. That is a technology demonstration, not a rescue. Swift will fall.

The timeline that made the failure likely

The contract gave Katalyst just nine months to design, build and launch LINK, according to Ars Technica, which noted that first-of-its-kind satellites normally take several years. NASA awarded the contract in 2025 and told the company it had to launch by summer 2026 to reach Swift before reentry. The schedule, Ars Technica reported, forced trade-offs that led engineers to tolerate technical risks they might not otherwise accept.

NASA administrator Jared Isaacman framed the attempt as a deliberate wager. "NASA should be willing to move quickly and take smart risks when the potential return is worth it, and that is exactly what we did with this mission," he said in a statement quoted by Ars Technica and NBC News. "This is not the outcome we were working toward, but it does not change why this mission was worth attempting."

Shawn Domagal-Goldman, director of NASA's astrophysics division, called it "a first-of-its kind attempt, developed on an unprecedented timeline driven by the Sun's activity," according to NBC News. The Sun's activity is the physical cause of the emergency. Increased solar activity heats Earth's atmosphere, which increases drag on satellites in low Earth orbit. Swift's orbit began decaying faster in 2024, during a period of intense solar activity, NBC News reported. The observatory had already paused operations in advance of the rescue attempt, according to Scientific American.

Meanwhile, at Goddard

On 15 September, NPR reported something that sits awkwardly beside the Swift story. Seven current and former NASA scientists and engineers at Goddard Space Flight Center in Greenbelt, Maryland, told NPR that relocations ordered by NASA management over the past 10 months had cost them specialised workspaces, employees and expensive machines used to build spacecraft. Current employees asked NPR not to use their names because they feared retribution.

The relocations were not a surprise, at least on paper. Internal NASA documents reviewed by NPR say the moves were aimed at reducing costs and eliminating "waste and redundancies." NASA has said moving scientists out of more than 80 facilities aligned with a previously published master plan for Goddard's campus and would avoid tens of millions of dollars in deferred maintenance. What the documents did not anticipate, the engineers told NPR, is what gets lost when a radio communications lab is emptied in November while staff are at home during a government shutdown. Almost all of the lab's equipment went, including what the engineers described as a one-of-a-kind testing facility.

"We can't do the work because we don't have our $6 million antenna chamber anymore," one engineer told NPR. Another said: "We were actively prevented from going to recover material. This was ripped away from the hands of NASA employees that would have been most capable of utilizing the equipment."

The effects reached specific missions. Two engineers told NPR that propulsion engineers had to test fuel for the Nancy Grace Roman Space Telescope using less sensitive gear because higher-quality tools had been lost in a move months earlier. Roman launched from Kennedy Space Center in late August 2026 after 15 years of preparation and $4 billion, according to NPR. A scientist who worked on the GRITSS satellite, launched in July to track changes to Earth's water levels and landmasses, said the team could not test its radio communications before launch.

"We are half-blind in terms of trying to troubleshoot it," that scientist told NPR. "The project had to eat the risk." An engineer working on DAVINCI, a spacecraft being built to explore Venus, said their part of the job was delayed in August because there was no place at Goddard to do it. "We do not have a replacement lab," the engineer said. As of August, the lab space they were rushed out of remained vacant.

What the two stories share

The obvious reading is that NASA took a calculated risk on Swift and lost. That reading is not wrong. LINK was a nine-month sprint to a hard deadline, and the failure mode, attitude control, is exactly the kind of problem a compressed schedule makes harder to catch. Isaacman's argument that the agency should move fast when the return justifies it is a defensible position. Katalyst CEO Ghonhee Lee said the company had built "a repeatable playbook to inform future rendezvous and proximity operations and satellite servicing," in comments carried by Scientific American, Ars Technica and NBC News.

The less comfortable reading is about what NASA can still do in-house. Jack Kiraly, chief of advocacy at the Planetary Society, told NPR that the relocations "only adds a whole lot of risk to an already risky endeavor," and that the projects involved represent "potentially billions of dollars' worth of taxpayer investment." One engineer told NPR they had launched a satellite before it was ready, something they had not done in more than a decade at Goddard.

Swift's science will be the measurable loss. Scientific American noted that the observatory's shutdown leaves a gap in astronomers' observations of the high-energy cosmos that is unlikely to be patched anytime soon. It studied gamma-ray bursts, the most powerful explosions in the universe, triggered by events such as the births of black holes and collisions between ultra-dense stars, according to NBC News. Its combination of multi-wavelength instruments and agile pointing let it locate bursts for follow-up by other observatories, Ars Technica reported.

The Goddard story has no launch date and no reentry. It is slower, and harder to put in a headline. But the engineers NPR spoke to describe a capability problem that does not end when Swift burns up.