SpaceX achieved a major milestone in spaceflight Saturday, November 14, successfully catching its Starship spacecraft with giant mechanical arms after a 22-hour orbital mission, marking the first time the company has recovered the upper stage of its massive rocket at the launch site.
The historic maneuver took place at approximately 4:20 p.m. Eastern Time at SpaceX’s Starbase facility in South Texas. After completing 14 orbits around Earth, the 171-foot spacecraft descended through the atmosphere, slowed using its engines and positioned itself between the mechanical arms of the launch tower, known as Mechazilla.
The successful recovery represented a significant step toward Elon Musk’s ambition of developing a fully reusable rocket capable of carrying astronauts to the Moon and eventually Mars. However, the mission fell short of achieving the company’s original objective of recovering both stages of the rocket.
The Super Heavy booster exploded over the Gulf of Mexico after experiencing problems during its return shortly after Friday’s launch.
Historic recovery follows booster explosion
The mission began Friday, November 13, at 5:47 p.m. Eastern Time, when the 407-foot Starship rocket lifted off from Starbase on its 15th integrated test flight.
Following stage separation, the upper-stage spacecraft successfully reached Earth orbit and deployed 26 next-generation Starlink V3 satellites, designed to significantly expand SpaceX’s satellite internet capacity.
According to SpaceX, each new satellite is designed to add approximately one terabit per second of network capacity. Three carried cameras to monitor Starship’s heat shield, providing engineers with images needed to assess its condition before the spacecraft’s return.
The spacecraft remained in orbit for approximately 22.5 hours at an altitude of about 275 kilometers, completing 14 circuits of Earth before beginning its descent. SpaceX reported that the heat shield performed as expected, allowing the company to proceed with the unprecedented landing attempt.
The Super Heavy booster, however, encountered difficulties during its return. SpaceX spokesperson Kate Tice said preliminary data indicated that the booster’s engines stopped firing earlier than planned because of a low-fuel warning. Its guidance system subsequently determined that the vehicle was not correctly positioned for a safe tower capture and automatically diverted it toward the Gulf. The booster was destroyed over the water, with debris remaining in a restricted offshore area. SpaceX said engineers were investigating the underlying cause of the premature engine shutdown.
The company has previously caught three Super Heavy boosters using the same mechanical-arm system, but Saturday’s operation marked its first successful capture of a Starship upper stage returning from orbit. The spacecraft experiences substantially higher speeds and more demanding thermal conditions during atmospheric reentry.
NASA’s Moon plans depend on Starship’s progress
The achievement carries particular significance for NASA, which has selected SpaceX as one of two commercial partners developing lunar landing systems under its Artemis program.
In an official update released November 4, NASA outlined its revised schedule for returning astronauts to the lunar surface, targeting an initial landing in 2028.
The agency’s next major demonstration, Artemis III, is scheduled for 2027 and will take place in low Earth orbit rather than around the Moon. NASA has identified four astronauts for the mission: Americans Randy Bresnik, Frank Rubio and Andre Douglas, alongside European Space Agency astronaut Luca Parmitano. During a planned 14-day flight, the crew will travel aboard the Orion spacecraft and conduct rendezvous and docking demonstrations involving test versions of lunar landers developed by SpaceX and Blue Origin.
NASA’s latest mission plan calls for Orion to dock first with a Blue Origin lander test vehicle and subsequently with a Starship Version 3 spacecraft launched from Florida. The astronauts will not enter Starship during the demonstration. Instead, the operation will test communications, software integration, spacecraft control and docking procedures required for future lunar missions.
NASA is targeting Artemis IV for early 2028, when astronauts could return to the lunar surface for the first time since Apollo 17 in December 1972. Under the revised program, neither SpaceX nor Blue Origin has been assigned exclusively to the first landing. NASA says the choice will depend on each company’s readiness to meet mission requirements.
SpaceX must still demonstrate several capabilities essential for lunar operations, including orbital propellant transfer, sustained spacecraft performance and reliable launches.
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