Artemis

The next launch attempt for the NASA’s Artemis 1 moon rocket is scheduled just after midnight Nov. 14 after a hydrogen leak and Hurricane Ian thwarted tries to launch the unpiloted test flight to the moon in August and September, space agency officials announced this week.

NASA said Friday that officials have ruled out launching the agency’s first giant Space Launch System moon rocket and Orion spacecraft before mid-November, following the rocket’s return to the hangar at Kennedy Space Center for safekeeping from Hurricane Ian.

Watch live views from our cameras at NASA’s Kennedy Space Center in Florida as Hurricane Ian moves away from Florida after bringing heavy rain and gusty winds to the Space Coast. NASA moved the Artemis 1 moon rocket back inside the Vehicle Assembly Building on Tuesday, and the agency reported minimal damage from the storm.

Faced with stormy weather ahead of soon-to-be Hurricane Ian, NASA managers Saturday ruled out a third attempt to launch the Artemis 1 moon rocket Tuesday but held open the option of making a run at blastoff on October 2, the current backup date.

NASA has decided to roll the SLS moon rocket back to the Vehicle Assembly Building as Florida continues to be threatened by Hurricane Ian.

Engineers filled up the Artemis 1 moon rocket with more than 750,000 gallons of super-cold propellants in a tanking test Wednesday at Kennedy Space Center after successfully troubleshooting another hydrogen leak. NASA’s launch director said she was “extremely encouraged” by the test, but officials have not yet committed to another attempt to launch the uncrewed test flight to the moon at the next opportunity Sept. 27.

NASA’s launch team says they got a hydrogen leak under control in a fueling line near the bottom of the Artemis 1 moon rocket’s core stage, allowing engineers to continue with a cryogenic tanking test on pad 39B at Kennedy Space Center on Wednesday. The leak temporarily halted operations to load more than 750,000 gallons of super-cold liquid hydrogen and liquid oxygen into the Space Launch System.