NASA astronauts recovering after long Starliner mission

After spending nine unexpected months aboard the International Space Station due to problems with Boeing’s Starliner spacecraft, NASA astronauts Butch Wilmore and Suni Williams are now gradually returning to their normal routines on Earth.

Following an intense 45-day rehabilitation period, both astronauts are reengaging with technical roles tied to the very spacecraft that left them in orbit longer than planned.

Initially launched for an eight-day test flight, Wilmore and Williams’ mission turned into an extended stay in orbit when NASA decided to keep them on the space station following propulsion system issues on the Starliner capsule.

That decision, while necessary for safety, tested not only their professional adaptability but also the limits of human endurance in space.

Now back on Earth since March, the two spacefarers have been recovering under NASA’s medical supervision. According to Wilmore, 62, the return to Earth wasn’t entirely smooth. “Gravity stinks for a period,” he said, describing the disorienting effects of reentry.

He explained how balance, coordination, and muscle use had to be relearned through dedicated strength and conditioning sessions—a standard but demanding part of astronaut reintegration.

For Williams, 59, recovery meant contending with sluggish mornings and lingering fatigue as her body readjusted. “There were days when it was hard to get up,” she recalled. But recently, a familiar spark returned. “Then I’m up at four in the morning, and I’m like, Aha! I’m back.”

The two astronauts have been balancing their physical recovery with increasing responsibilities at NASA and Boeing. They’re contributing technical insight to the ongoing development of the Starliner program—sharing firsthand experiences that are vital to future missions.

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Interestingly, some of the physical discomforts that had plagued Wilmore before launch temporarily disappeared in space. “I couldn’t even turn my head before the mission,” he said, noting how weightlessness relieved stress from his back and neck. But as soon as the capsule landed in the ocean in March, gravity came back with a vengeance. “We’re still floating in the capsule, and my neck starts hurting again,” he said, laughing at the irony.

The experience also renewed attention on the human toll of long-duration spaceflight. The absence of gravity may relieve certain pressures on the body, but it also leads to muscle atrophy, cardiovascular changes, and a suite of other effects that scientists are still studying.

Being confined in close quarters and exposed to heightened solar radiation adds further strain on astronauts’ mental and physical health.

On the technical side, Starliner’s troubled development continues to raise concerns. After a series of setbacks—including the propulsion issue that led to Wilmore and Williams’ prolonged stay—NASA is reconsidering its approach.

Boeing had already flown an uncrewed version of Starliner in 2022, spending over \$400 million to validate systems after a failed 2019 attempt. Now, another uncrewed test flight may be on the horizon.

Williams supports this direction and said the safest path forward would be to **refly Starliner without a crew**, similar to the earlier tests conducted by SpaceX and Russia before they began carrying astronauts. “I think that’s the correct path,” she stated firmly, adding that both she and NASA are advocating for such a step as Boeing works through persistent technical issues.

The final decision will likely rest on data from further testing scheduled throughout the summer. NASA has said it will use those results to determine whether Starliner is fit for human flight again.

As Wilmore and Williams help shape that decision behind the scenes, their journey serves as a reminder that space travel is still a frontier marked by risk, resilience, and relentless learning—both for the engineers who build spacecraft and the humans who fly them.

Reuters