Musk: Starship Recovery From Indian Ocean Isn't Going Well
SpaceX has spent two weeks trying to tow Starship's upper stage to port after it splashed down in the Indian Ocean on July 24. On August 7, Elon Musk said recovery isn't going well.
The upper stage of SpaceX’s Starship rocket has been floating in the Indian Ocean for two full weeks since it splashed down, and the company’s attempt to tow it to port has effectively failed. Elon Musk, the company’s owner and CEO, posted on X on August 7, 2026, that recovery of the ship isn’t looking good, adding that the team had at least managed to take close up photos of the heat shield and engines in the meantime.
The ship came down in the ocean off the coast of Western Australia on July 24, 2026, at the end of the thirteenth test flight, which launched from the Starbase site in south Texas. That day marked something SpaceX had never pulled off before: the upper stage survived contact with the sea intact. It flipped over after hitting the surface but stayed in one piece and kept floating. Earlier ships that had survived reentry broke apart or sank shortly after splashdown, so a hull with countable tiles still on it had never been within reach.
This is a large piece of hardware. The upper stage, which SpaceX simply calls Ship, is 52 meters long, and the full rocket in stacked configuration, sitting on top of the Super Heavy booster, stands about 124 meters tall. On that same flight, Starship deployed 20 Starlink V3 satellites, the first units of that generation, which are bigger than the models currently making up the network.
What the Recovery Team Did and Didn’t Manage to Do
The job was rough from the start. SpaceX spent days guiding the ship toward shore through increasingly choppy seas, and conditions kept worsening as time went on. Musk summed up the situation in a single post:
Unfortunately, recovery of the ship isn’t looking good right now. That said, we did manage to get close up photos of key parts of the heat shield and engines, for future upgrades.
The company had put out its own statement on the operation a bit earlier:
SpaceX’s recovery team continues working to retrieve the Starship from Flight 13 from the Indian Ocean. They’re battling difficult conditions and increasingly rough seas as they try to bring the 52 meter long ship to port.
Both accounts point to the same picture. The hull will likely never reach dry dock, but the team already captured what they went out there to get.
Why Are the Heat Shield Photos Worth More Than the Hull Itself?
The heat shield is where the entire idea of a reusable rocket lives or dies. The tiles on the underside of the ship take the brunt of reentry and have to survive that process repeatedly without the whole covering being replaced. Flight telemetry shows temperature and pressure, but it doesn’t show what a tile looks like once the flight is over: where it cracked, where an edge lifted, where the adhesive gave way. That’s only visible to an eye or a lens, on hardware that actually made it back.
A few days before this post, Musk said he considered the heat shield problem solved, while cautioning that he didn’t want to jinx it. The photos from the floating ship are the first chance to test that claim against a piece of hardware that genuinely went through reentry.
SpaceX has walked this road before. Before it landed a Falcon 9 first stage on solid ground for the first time in December 2015, the company ran a series of controlled ocean landings to gather data on how a stage behaves at the end of a flight. None of those stages ever flew again. They existed so the next ones could be built differently, which is the same reason the team spent two weeks dragging this hull through the waves.
What This Doesn’t Prove
Surviving a water landing isn’t the same as bringing a ship home. SpaceX’s stated goal is for Ship to land at Starbase and get caught by the launch tower’s arms, the way the booster already does, and a flipped over hull in the Indian Ocean is still a long way from that. A single flight also doesn’t say whether the result repeats: the tiles held up under one reentry profile, at one entry angle, under one load.
The failure to recover the ship doesn’t mean the flight itself failed. The ship did what it launched to do, it deployed its payload and made it back to the water intact. What was lost is the chance for engineers to run a finger over the shield inside a hangar, rather than study it in photos taken from a rocking hull. A final verdict on how much that difference cost will only be possible once SpaceX says what it read off those images, and whether it changed anything on the next ship as a result.
