The dramatic saga of SpaceX’s Starship, which concluded its 13th test flight on July 24, 2026, with an unprecedented soft splashdown in the Indian Ocean, has now entered a new and precarious chapter. While the mission was hailed for its numerous successes, the giant rocket’s upper stage, known as Ship 40, found itself adrift and stranded, bobbing in the open sea. The central question that has captivated the spacefaring world is whether this 52-meter (171-foot) stainless steel behemoth can be brought home. SpaceX has indeed launched an ambitious recovery operation, but the “megarocket” faces an arduous journey back to land, a process that has proven to be fraught with difficulties and one that was never part of the original mission plan.

The 13th flight itself was a landmark event, marking the first time a Starship upper stage survived its ocean splashdown intact. Previous test flights ended with the vehicle breaking apart or exploding on impact, but this time, the ship executed a controlled engine burn to flip into a vertical position and gently tipped over onto the water, earning praise from SpaceX’s Dan Huot as a “dream scenario” and the “softest splashdown yet”. SpaceX CEO Elon Musk confirmed the vehicle was “intact, floating in the ocean and transmitting telemetry”. During its roughly 65-minute flight, the spacecraft successfully deployed 20 operational Starlink V3 satellites in its first-ever payload deployment mission, and it even reignited one of its Raptor engines in a crucial test for future orbital maneuvers. For NASA, which has selected a version of Starship as a lunar lander for its Artemis IV mission, this progress is critical. However, not all went perfectly; while the upper stage excelled, the Super Heavy booster suffered a “hard splashdown” in the Gulf of Mexico after only five of its 13 landing engines reignited, a recurring issue that SpaceX must resolve for its ambitious reuse strategy.

The recovery of the stranded Ship 40 began immediately, presenting a unique and unprecedented challenge. Teams from SpaceX were not originally planning to recover the upper stage, as the primary goal was simply a controlled splashdown. But the historic survival of the spacecraft turned it into an invaluable engineering asset. The recovery has become a complex maritime operation, spearheaded by a fleet of ships including the Norwegian anchor handler “Normand Ranger,” the SpaceX recovery vessel “GO Australis,” and the support ship “Skimmer Tide”. After days of careful maneuvering, the “Normand Ranger” successfully attached a 70-meter towline to the floating rocket. The critical task of towing has been a painstaking process, with the ship moving at a crawl of just 1 to 3 knots to protect the fragile vehicle and manage the enormous strain on the towline, especially given the 85-to-100-ton dry weight of the Starship. The team opted to tow the spaceship backward, attaching the line to the six hardpoints on its skirt—the same points designed to bear the immense load of connecting to the Super Heavy booster—to ensure structural integrity during the tow.

Despite this initial success, the operation is far from straightforward. Elon Musk himself has publicly commented that the recovery is “not going well”. The primary challenge is the harsh and unpredictable conditions of the Indian Ocean, with rising seas and heavy swells making the salvage effort exceptionally difficult for the recovery teams. The clock is also ticking. While the Starship’s heat shield and engines are being closely examined for upgrades using detailed images captured during the recovery, the longer the vehicle remains in the corrosive saltwater, the greater the risk of damage to its sensitive internal components and stainless steel structure. Even if successfully towed to a port in Australia, the stage presents another challenge: it is simply too massive to be airlifted, meaning it will likely have to be returned to the United States via a heavy-lift cargo ship, adding weeks to the process.

Even as the rescue mission plays out in the Indian Ocean, SpaceX is looking forward. The plan to bring the Starship home is part of a broader, strategic roadmap: to build a fully and rapidly reusable launch system. The ultimate vision is not just to recover the booster, as with the Falcon 9, but to catch the rocket stages directly on the launch tower. In his first earnings call as a public company, Elon Musk confirmed that SpaceX aims to attempt this historic “catch” of the upper stage on land as early as the next flight, the 14th test flight, which is tentatively scheduled for late August. This next mission will be a massive leap, seeking to deploy more advanced V3 Starlink satellites and bring the Starship back to its launch site for capture by the “Mechazilla” arms on the launch tower. Musk has predicted a rapid cadence, aiming for daily launches in about a year. The success of the current salvage operation in the Indian Ocean is therefore pivotal; the data and physical insights gained from inspecting Ship 40 will be invaluable in informing the design and engineering required to achieve the full reusability that is the holy grail of the Starship program. So, can the megarocket come home? The answer is a cautious “yes,” but it is a grueling, complex, and risky endeavor that will test SpaceX’s engineering prowess and maritime capabilities to the limit.