On a Saturday in Texas, a spacecraft that had spent more than twenty-two hours circling the planet returned to the very tower it had left, settling gently into the mechanical arms that held it. It was a first for the program and a small but meaningful step in a decade-long human effort to make rockets return and fly again, a principle that sits at the heart of ambitions reaching toward the Moon and Mars. The same day carried a reminder that such progress is rarely clean: the booster below it was lost over the Gulf of Mexico, its engines failing to hold, and the reason remains a question still
SpaceX Catches Starship Spacecraft in First-Ever Tower Recovery, a Milestone for Full Reusability
The spaceship slid cleanly between the chopstick arms
On a Saturday in Texas, a spacecraft that had spent more than twenty-two hours circling the planet returned to the very tower it had left, settling gently into the mechanical arms that held it. It was a first for the program and a small but meaningful step in a decade-long human effort to make rockets return and fly again, a principle that sits at the heart of ambitions reaching toward the Moon and Mars. The same day carried a reminder that such progress is rarely clean: the booster below it was lost over the Gulf of Mexico, its engines failing to hold, and the reason remains a question still being answered.
On Saturday, SpaceX's Starship spacecraft did something no one had done with it before. Returning from its fifteenth test flight, it came down over Launch Pad 2 in Texas and slid cleanly between the mechanical arms, nicknamed "chopsticks," that hold it in place. After a decade of work toward a fully reusable rocket, the centerpiece spacecraft had finally been recovered.
The moment was met with pure exhilaration. Commentator Dan Huot shouted into the broadcast, "Can you believe it? Look at her! Baby, she's back!"
The flight had been the longest yet for the spacecraft in orbit. Over more than 22 hours it circled Earth 14 times and deployed 26 Starlink satellites, tying the mission directly to the satellite business Starship is meant to serve. For Elon Musk, whose ambitions include crewed journeys to the Moon and Mars, a vehicle that can return to its tower is a vehicle that can fly again.
NASA, which is paying billions for Starship to land Artemis astronauts on the Moon, took notice. Administrator Jared Isaacman called it "almost magic."
The day was not without loss. SpaceX had also hoped to catch the Super Heavy booster, but that attempt was aborted. The booster exploded over the Gulf of Mexico after Friday's launch. SpaceX's Kate Tice said its engines stopped firing too soon, and the guidance system, sensing the booster was out of position, triggered self-destruct. Engineers are still working out why the engines cut out, and that investigation is now the thing to watch.
On Saturday, SpaceX's Starship spacecraft came back to the tower it had left the day before. It descended over Launch Pad 2 in Texas and slid cleanly between the mechanical arms, nicknamed "chopsticks," that hold it in place. No one had done this with the vessel before. It was the first time the company recovered the centerpiece spacecraft of its Starship system, after a decade of work toward a fully reusable rocket.
SpaceX commentator Dan Huot shouted as it happened: "Can you believe it?" he said. "Look at her! Baby, she's back!"
The flight was the 15th test of the biggest and most powerful rocket system ever built, and the longest yet for the spacecraft in orbit. It circled Earth 14 times over more than 22 hours. During that time it deployed 26 Starlink satellites, the company's satellite internet hardware, which ties directly to the business Starship is meant to serve.
The catch matters for reasons beyond the spectacle. Starship has cost billions of dollars to develop, and Elon Musk regards it as crucial to SpaceX's satellite business and to his ambitions of putting humans on the Moon and, eventually, Mars. A vehicle that can return to its launch tower is a vehicle that can fly again, which is the point of the whole design.
NASA took notice. The agency is paying billions of dollars for Starship to land Artemis astronauts on the Moon later this decade and to help build a permanent lunar base. NASA Administrator Jared Isaacman wrote on X, "It was almost magic."
The day was not a clean sweep. SpaceX had also planned to catch the lower stage, the Super Heavy booster, and that recovery was aborted. The booster exploded over the Gulf of Mexico shortly after Friday's launch.
SpaceX's Kate Tice explained what the company knows so far. The booster's engines stopped firing too soon. Its guidance system sensed that the booster was not in the correct position and triggered the self-destruct protocol. Engineers are still investigating why the engines cut out.
The loss stands out because SpaceX has done this before: it caught the Super Heavy booster on three earlier test flights. Reusing both stages is central to the company's aim of driving down the cost of spaceflight. With the spacecraft now recovered and the booster failure still unexplained, the investigation into the engine shutdown is the next thing to watch.
Citations marquantes
It was almost magic.— Jared Isaacman, NASA Administrator, on X
The booster's engines stopped firing too soon, and guidance triggered self-destruction; the cause is under investigation.— Kate Tice, SpaceX (paraphrased)
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