SpaceX captured the upper stage of its Starship rocket, designated as the Ship, using giant mechanical arms mounted to the launch tower. The catch occurred around 15:27 local time on Saturday to the cheers of an on-site crowd. While engineers originally aimed to retrieve both sections of the vehicle at the pad, the lower stage booster attempt was called off minutes into Friday's launch. The diverted booster ultimately exploded into flames over the ocean rather than returning to the recovery structure.
Key points
Tower-mounted mechanical arms proved effective at retrieving the returning upper stage of…: Tower-mounted mechanical arms proved effective at retrieving the returning upper stage of the massive rocket.
SpaceX fell short of its initial target to successfully catch both distinct stages of the…: SpaceX fell short of its initial target to successfully catch both distinct stages of the Starship system.
Flight operations required diverting the lower stage into open waters to safely manage an…: Flight operations required diverting the lower stage into open waters to safely manage an aborted recovery sequence.
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SpaceX has successfully caught the top part of its huge Starship rocket on its return to Earth for the first time.
"Can you believe it?," a commentator said as large crowds cheered at the launch site in Texas.
The company had hoped to catch both the bottom and upper stages of the rocket using mechanical arms - nicknamed chopsticks - on its launch tower.
But the first catch of the rocket's booster was aborted a few minutes after the launch on Friday. The booster was diverted to the ocean, bursting into flames just above the sea.
The top part, known as the Ship, returned to Earth a few minutes behind schedule at around 15:27 local time (21:27 GMT) on Saturday and was successfuly caught.
Aerospace engineers in Texas safely secured the 171-foot upper stage vehicle using launch tower arms following an extensive 14-orbit trial. This operational breakthrough advances critical development timelines for NASA's upcoming lunar landing program. The successful retrieval directly supports broader strategic efforts to establish airline-style rapid rocket turnaround for deep-space exploration.
Engineers achieved a critical breakthrough toward rapid reusability after mechanical tower arms successfully retrieved the stainless steel vehicle following its orbital flight. The milestone advances NASA's multibillion-dollar partnership with the company to return American astronauts to the lunar surface. Demonstrating that the craft can safely reenter Earth's atmosphere and be secured directly at the launch site remains essential for planned interplanetary exploration.
Ground teams secured the primary spacecraft using the Mechazilla launch tower's mechanical arms, proving a complex recovery concept previously limited only to rocket boosters. The achievement advanced the vehicle's development despite mixed overall results during the flight test. Engineers are now examining data to refine the dual-recovery system for future operational flights.