SpaceX's 124-meter rocket lifted off from southern Texas, but an unspecified technical issue prompted operators to abort the mechanical catch of the Super Heavy booster. Instead, the booster was routed to an offshore splashdown in the Gulf of Mexico, where it exploded into a fireball upon water impact. Meanwhile, the upper spacecraft successfully entered orbit to deploy 26 Starlink satellites ahead of an ambitious 22-hour mission.
Key points
Achieving a simultaneous catch of both stages remains a critical prerequisite for lowerin…: Achieving a simultaneous catch of both stages remains a critical prerequisite for lowering future mission expenses.
The vehicle must execute flawless system checks to avoid being diverted into the Pacific…: The vehicle must execute flawless system checks to avoid being diverted into the Pacific Ocean during recovery.
Starship development remains pivotal for fulfilling lunar lander obligations under NASA's…: Starship development remains pivotal for fulfilling lunar lander obligations under NASA's Artemis space program.
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Successful recoveries of both Starship and its booster would have marked a milestone in the space industry's decades-long pursuit of fully reusable rocket systems that can drastically reduce mission costs and make frequent launches possible.
WASHINGTON: An unspecified problem forced Elon Musk's SpaceX on Friday (Nov 13) to abort the recovery of the booster for the world's biggest and most powerful rocket, the Starship, but the company hoped it could yet pull off a first-ever "catch" of the spaceship.
The 124m Starship roared into the sky from Starbase in southern Texas for its 15th test flight, but minutes later, the landmark nature of the mission went awry.
After lift-off and the mid-air separation of the two stages, an issue with the Super Heavy booster forced SpaceX to divert it to an "offshore splashdown" - scuttling what would have been a groundbreaking twin capture of both components of the rocket.
A fireball erupted as the booster fell into the Gulf of Mexico near the launch site, with a section sticking out vertically afterward.
Travel disruptions triggered by a telecommunications failure and space mission fallout have ended, allowing grounded aircraft to resume service across the Pacific. The Federal Aviation Administration's nationwide stoppage was driven by cascading router issues, while regional West Coast departures faced separate hurdles from falling rocket material. Major carriers offered itinerary flexibility to mitigate passenger gridlock during the simultaneous interruptions.
Federal officials halted domestic departures Friday after fresh technology updates triggered widespread communication and radar failures across the air traffic control network. The unprecedented disruption stranded thousands of aircraft, displaced flight crews, and disrupted travel plans for potentially over a million passengers. While authorities ruled out a cyberattack, the nationwide outage marks the longest aviation shutdown in a quarter-century.
Travel between the mainland and Pacific destinations descended into disarray after an offshore rocket malfunction forced aviation officials to shut down critical corridors. The disruption compounds earlier systemwide communication failures that hobbled national air traffic control networks throughout the day. Ground crews are now scrambling to clear tarmac space for displaced aircraft while airlines adjust departure policies.