SpaceX has recovered its Starship Ship 40 spacecraft after it spent 24 days [1] drifting in the Indian Ocean.
The recovery marks a critical step in the company's effort to analyze how the massive vehicle withstands atmospheric reentry and ocean splashdowns. Understanding the structural integrity of the craft is essential for the future of fully reusable spacecraft.
The spacecraft splashed down intact after flying halfway around the world from the SpaceX launch base in South Texas [2]. Following the landing, the vessel remained at sea for 24 days [1] before being towed to Christmas Island, Australia [3].
Ship 40 stands 171 feet tall [1]. The recovery operation involved tugging the craft through rough waters before it arrived at the island shores on Monday [3].
SpaceX said a team of engineers is on their way to conduct additional analysis on the vehicle in calmer waters before attempting to return it to Starbase [1]. This inspection will allow the company to identify specific points of wear, or failure, that occurred during the flight and the subsequent weeks at sea.
The mission demonstrated the vehicle's ability to survive a long-distance journey and a high-velocity descent into the ocean [2]. By recovering the hardware, SpaceX can avoid relying solely on remote telemetry data to understand the vehicle's performance.
“Starship lives: SpaceX craft arrives at Christmas Island after 24-day ocean ordeal.”
The successful recovery of Ship 40 provides SpaceX with rare physical evidence of how the Starship hull reacts to the combined stresses of reentry and prolonged saltwater exposure. While the company typically views early prototypes as expendable, the ability to salvage and analyze a vehicle that survived a global trajectory accelerates the iteration process for future missions to the moon and Mars.
