SpaceX is conducting a recovery operation for part of its Starship spacecraft that landed in the ocean off Christmas Island following the vehicle’s 13th test flight. The spacecraft was launched from Texas on 24 July and successfully reached orbit while releasing 20 non-functioning satellites before its upper stage re-entered the atmosphere and descended into the Indian Ocean.
The company has been working to retrieve the 52-meter-long component amid challenging ocean conditions. SpaceX stated that it successfully guided the vehicle to waters near Christmas Island and is sending engineers to analyze it in calmer seas before attempting to transport it back to its facility in Texas. The arrival of the spacecraft has drawn significant local attention, with islanders spotting what initially appeared to be large ships arriving offshore.
David Watchorn, chair of the Christmas Island Tourism Association, noted that the event has generated considerable discussion among residents and may draw increased tourist interest to the remote location situated approximately 1,550 kilometers off Western Australia. Local authorities established an exclusion zone to prevent recreational vessels from approaching the spacecraft.
Space archaeologist Alice Gorman from Flinders University noted that the incident reflects broader trends in the space industry. She indicated that the rapid growth in satellite deployment—from approximately 5,000 to 16,000 active satellites, with roughly 10,000 being SpaceX’s constellation—has increased the volume of debris and rocket bodies returning to Earth. Gorman observed that the recovered vehicle appears structurally sound, which suggests minimal risk of fuel leakage or explosion from leftover propellant.
The Australian Space Agency confirmed that SpaceX towed the vehicle to Christmas Island following its re-entry in international waters and stated the federal government is cooperating with the company on recovery efforts. Dr Hadrien Devillepoix from Curtin University’s Desert Fireball Network noted that successful recovery of upper stages could enable expanded rocket reusability across multiple stages, advancing cost efficiency in spaceflight operations.
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