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SpaceX Alters Starship Landing Plan After Booster Catches Fire in Sea

Reported by Shreya Kapoor (Senior Writer) · BBC News - Science & Environment ·

Source: BBC News
Worth knowing
SpaceX Alters Starship Landing Plan After Booster Catches Fire in SeaPhoto: Wikimedia Commons

SpaceX called off its plan to grab the lower portion of its massive Starship rocket with launch tower arms during a test flight, sending the booster into the ocean where it caught fire. The towering 124-meter spacecraft lifted off from Starbase in Boca Chica, Texas on Friday at 1645 local time. Six and a half minutes into the flight, the team opted against using the mechanical chopsticks to secure the returning lower stage, choosing to splash it down instead.

Flight Progress

While the booster missed its scheduled recovery, the upper part of the vehicle continued its path into orbit to release 26 Starlink internet satellites. This upper section, known as the Ship, faced a planned sequence involving 14 orbits around the Earth before a possible second catch attempt at the launch site roughly 22 and a half hours after liftoff. Company representatives stated that safety remained the primary focus during unproven maneuvers. Prior to this event, the organization had successfully captured the lower booster on three previous test flights.

Economic Goal

Developing a fully reusable launch system remains a central aim for the firm to drive down mission costs, mirroring its earlier success with the Falcon 9 booster. Prof Malcolm Macdonald from the Royal Aeronautical Society noted that total reusability could shift operations from merely proving flight capability to showing how the craft functions regularly. Meanwhile, both NASA and corporate shareholders kept a close watch on the test due to its importance for upcoming lunar landing timelines.

Context

Reusable rocket technology aims to eliminate the waste of discarding expensive hardware after every launch. SpaceX holds a contract with NASA to adapt its upper stage into a lunar lander for future crewed missions to the Moon. Such advancements reshape how commercial aerospace companies compete for major government space exploration contracts.

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