[REVISION HISTORY]

Starship Flight 13: recovery challenges and arrival at port

Updated 15 times since CLSTR started tracking revisions of this situation.

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2026-08-28 09:31 UTC → 2026-08-29 06:06 UTC · added ~~removed~~

Following the July 24, 2026, Starship Flight 13, recovery efforts for the Ship 40 upper stage encountered significant logistical hurdles. Although the 52-meter spacecraft remained intact during reentry and achieved a controlled water landing off the west coast of Australia, retrieving the vessel from the Indian Ocean proved difficult due to high waves and rough seas. Elon Musk described the situation as “not rosy,” noting that “ship recovery is not looking good right now” because the vehicle was not designed for ocean towing. During the period the vessel remained adrift, some components sustained damage from saltwater and wave action. Despite these challenges, the mission was considered a technical success. The flight validated the spacecraft’s heat shield and engines, and SpaceX successfully captured close-up imagery of critical components to inform future design iterations. Additionally, the mission successfully deployed 20 functional Starlink V3 satellites into orbit. On August 18, SpaceX successfully towed Ship 40 to Christmas Island near the Australian coast after it spent approximately 24 days adrift. The recovery operation was coordinated by SpaceX alongside the Australian federal government and the Australian Space Agency. Upon the prototype’s arrival, officials established a 500-meter exclusion zone around the rocket and support vessels. A team of SpaceX engineers traveled to the island to conduct detailed inspections in calmer waters. By late August, SpaceX began the multi-month process of transporting the second stage back to its Starbase facility in Texas. The spacecraft was ~~successfully~~ loaded onto a the semi-submersible transport ~~platform~~ vessel, the Forte. Engineers have utilized the time near ~~Christmas Island.~~ the island to collect heatshield samples to analyze atmospheric reentry performance. While the vehicle will not be reused, the recovery provides critical data ~~regarding its thermal shield and structural integrity~~ to support future ~~fully~~ reusable ~~rocket development.~~ heavy-lift systems, which are central to SpaceX’s Mars goals and NASA’s Artemis program.

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