SpaceX recovers Starship prototype from Pacific Ocean

SpaceX successfully tugged its Starship prototype back to port after drifting in the Pacific for 24 days, a feat that followed a failed launch attempt on May 30, 2024. The vehicle was recovered on a commercial tugboat in the middle of the ocean and brought to a shipyard in the Philippines, where a team of SpaceX engineers is now preparing to conduct a detailed analysis of the wreckage. The operation began after the rocket failed to reach orbit, and the ship's crew was forced to abandon the launch site at Boca Chica, Texas.

The incident came after a series of high‑profile Starship tests that have been aimed at proving the spacecraft’s ability to be reused for deep‑space missions. The May launch ended with the rocket exploding shortly after liftoff, leaving the massive vehicle stranded in the water. The recovery was made possible by a coordinated effort between SpaceX, the U.S. Coast Guard, and a commercial salvage company. This marks the first time a Starship has been retrieved from the ocean, underscoring the company’s commitment to learning from setbacks and keeping the program on schedule.

The tugboat, named the MV Seaworthy, was dispatched within hours of the failure and spent eight days navigating the Pacific to reach the stranded rocket. Engineers on board had to secure the vehicle’s massive tanks and grapple the ship’s structure to prevent further damage. According to SpaceX officials, the recovery cost is expected to be in the low tens of millions of dollars, a figure that reflects the scale of the vehicle and the complexity of the operation. Elon Musk, who has repeatedly promised to keep costs low, said the company would decide whether to refurbish or scrap the damaged Starship based on the analysis.

Once the engineering team finishes the assessment, the company will determine the next steps. If the vehicle can be repaired, it could be ready for another test flight within a year. If not, SpaceX will likely repurpose the parts for future builds. The outcome will influence the timeline for the next Starship launch and provide data on how the spacecraft withstands extreme conditions. The incident also serves as a cautionary tale for the broader reusable‑rocket industry, highlighting the logistical challenges of operating in remote oceanic environments.