SpaceX Recovery Team Battles Rough Seas to Retrieve Starship Flight 13 from Indian Ocean

SpaceX’s recovery operation for the Starship Flight 13 upper stage is running into trouble. The 52-metre spacecraft — about the height of a 17-storey building — splashed down intact in the Indian Ocean on 24 July 2026, and the company has been working to tow it to port ever since. But the sea conditions are worsening.

Elon Musk, SpaceX’s chief executive, posted publicly that the recovery was “not looking good right now.” That’s a notable admission from a company that had already celebrated the splashdown as a first for the Starship programme.

What Actually Happened on Flight 13

The Starship upper stage launched from SpaceX’s Starbase facility in South Texas and completed a controlled descent before landing intact in the Indian Ocean — the first time the vehicle had achieved that in Starship’s test flight history. Previous flights either ended in explosions during re-entry or were not targeted for ocean recovery in the same way.

Meanwhile, the vehicle stayed afloat after splashdown. That matters because it gave the SpaceX team an unusual opportunity: close-up imagery of the heat shield tiles and the Raptor engine cluster while the vehicle sat in the water, largely undamaged. For an engineering programme still working out the limits of reusable spacecraft design, that kind of post-flight inspection data is hard to come by.

The Recovery Fleet and the Conditions It’s Facing

Multiple reports indicate SpaceX deployed at least one dedicated recovery vessel along with additional support ships to the splashdown zone. The vessels named in coverage include Go Australis, Normand Ranger, and Skimmer Tide. Satellite imagery cited by space news outlets reportedly showed towing activity near the spacecraft.

SpaceX hasn’t disclosed the full operational details of the recovery plan, which is fairly typical for the company. What is clear from Musk’s public posts and subsequent media coverage is that the tow is underway but the sea state has become a serious obstacle. Getting a 52-metre spacecraft on a tow line in open ocean is not straightforward under calm conditions. Rough seas make it considerably harder.

Whether the vehicle makes it to port in one piece remains uncertain. Some coverage has noted the recovery could fail or yield only partial results.

Why Recovering the Vehicle Matters

The whole point of Starship — at least as SpaceX has described it — is full and rapid reusability. The upper stage is designed to be used again, and that only works if you can actually get it back, inspect it, and understand what re-entry did to it.

Heat shield performance is the key question. Starship uses a system of ceramic hexagonal tiles across its windward surface, and those tiles take an enormous amount of thermal stress during re-entry. Getting the vehicle back gives engineers a chance to count how many tiles survived, which ones cracked or fell off, and where the thermal loads were highest. You can’t get that data from telemetry alone.

Engine condition is the other factor. The Raptor engines at the base of the upper stage are expensive and complex. If even some of them are reusable after an ocean landing, that changes the economics of the programme.

Musk said the mission had already delivered useful imagery of both the heat shield and the engines before the tow began. So even if the recovery ultimately fails, SpaceX will have learned something. But recovering the physical hardware would tell them considerably more.

A First, With Caveats

The space community has broadly treated Flight 13’s splashdown as a notable moment for Starship. It’s the first time the upper stage has come down in one piece in the Indian Ocean and remained afloat long enough for a recovery attempt. That’s a genuine step forward from earlier test flights, several of which ended in rapid unscheduled disassembly — SpaceX’s preferred euphemism for an explosion.

But the caveats are real. The recovery is not yet complete. Rough seas could still claim the vehicle. And SpaceX has a history of setting ambitious recovery timelines that slip or change without much public explanation.

What’s not in doubt is that the Flight 13 upper stage survived re-entry and splashdown largely intact. That alone is a data point the programme didn’t have before.

What This Means for Kent Residents

There’s no direct local impact from this story for people in Kent. But SpaceX’s Starship programme is central to the broader commercial space sector that underpins satellite broadband services — including Starlink, which is used by households and businesses across the county. Progress towards a fully reusable Starship could, over time, reduce the cost of launching satellites and affect the pricing and availability of those services for UK consumers.