SpaceX Guides Starship Ship 40 to Christmas Island After 24 Days Adrift in the Indian Ocean

SpaceX confirmed on 18 August 2026 that its recovery team had successfully guided Ship 40 — the Starship vehicle from Flight 13 — to a location just off the coast of Christmas Island in the Indian Ocean. The announcement came after roughly 24 days at sea following the rocket’s splashdown on 24 July.

The company posted video and images of the vehicle under tow on its official X account, showing the 52-metre spacecraft afloat and intact after its ocean landing. A team of SpaceX engineers is now travelling to Christmas Island to carry out detailed analysis of the vehicle in calmer waters before any attempt to return it to Starbase in Cameron County, Texas.

A Soft Landing, Then a Long Haul

Flight 13 launched from Starbase on 24 July 2026. During re-entry, Ship 40 relit all three Raptor engines, executed a landing flip and burn, and came to rest intact on the surface of the Indian Ocean — a controlled splashdown that gave engineers and observers an unusually clear look at the heatshield’s condition after the punishing heat of atmospheric re-entry.

But getting the rocket back was another matter entirely. Recovery vessels faced rough seas in the weeks after splashdown, and satellite imagery and marine tracking data — reported by specialist space media — showed multiple tugboats working to keep the vehicle moving across open ocean. At one point, at least one vessel broke off and headed back towards Australia while another continued towing duties.

Christmas Island, an Australian external territory sitting in the north-eastern Indian Ocean, offered a practical staging point. Its relatively sheltered waters give engineers a chance to examine the vehicle properly before committing to a far longer tow back to the United States.

What the Engineers Are Looking For

The inspection near Christmas Island is about more than ticking boxes. SpaceX needs to know how Ship 40 held up — structurally and thermally — after splashdown, 24 days at sea, and a tow across thousands of miles of open ocean.

Space industry commentators have pointed to the recovery as a test of whether Starship’s design can genuinely support reuse after ocean landings. The heatshield in particular drew attention after Flight 13, with analysts noting it appeared to survive re-entry in better condition than previous flights. Whether the vehicle is fit to fly again — or at least to provide useful engineering data — is what the Christmas Island inspection aims to establish.

No verified cost figures for the recovery operation are available, so the financial scale of the 24-day maritime effort remains unclear.

Independent Imagery Backs SpaceX’s Account

Photographers and space media based near Australia published their own images and video of Ship 40 afloat and under tow, corroborating SpaceX’s description of the vehicle’s location and condition. The footage drew wide attention online, with space enthusiasts tracking the rocket’s slow progress across the Indian Ocean using publicly available marine vessel data.

Some commentators have raised questions about the environmental impact of ocean splashdowns and extended recovery operations in sensitive marine environments, and about the practicalities of towing large rocket stages across international waters. No formal environmental assessment specific to this recovery has been published.

Elon Musk’s posts on X, alongside SpaceX’s official communications, framed the recovery as a milestone in the company’s push towards full reusability — the ability to launch, land, recover, and refly a Starship vehicle without building a new one each time.

Starship’s Bigger Picture

Starship is SpaceX’s fully reusable super-heavy launch system, designed to carry satellites, cargo, and eventually crews on missions that could include the Moon and beyond. Ship 40 is one of the test vehicles in an ongoing development programme that has moved from early explosive failures to increasingly controlled and successful test flights.

Flight 13’s soft splashdown and the subsequent recovery operation represent a step towards proving that ocean landings — and the logistics around them — can be made to work reliably. Whether SpaceX will continue with ocean splashdowns or shift to catching Starship’s upper stage with the “Mechazilla” tower arms at Starbase, as it does with the Super Heavy booster, remains an open question.

The vehicle should make the journey back to Starbase once engineers are satisfied it’s safe to move. That return trip, across the Indian Ocean and around the world to Texas, will be a significant logistical undertaking in itself.

What This Means for Kent Residents

There’s no direct impact on Kent from a rocket sitting in the Indian Ocean. But for anyone in the county studying engineering, aerospace, or STEM subjects — at schools, colleges, or the University of Kent — the Ship 40 recovery is a real-world example of what large-scale systems engineering and maritime logistics look like in practice. UK organisations including the UK Space Agency run public engagement and education programmes around reusable launch technology, and events like this tend to feed into that work. More broadly, as Starship matures, it’s expected to drive down the cost of launching commercial satellites — which could, in time, affect the price and availability of satellite broadband services used by rural Kent households.