Home Science World’s most powerful rocket caught blowing elevator doors off from launch pad

World’s most powerful rocket caught blowing elevator doors off from launch pad

by News Desk
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NASA launched a Space Launch System (SLS) rocket from the Kennedy Space Center launch pad in Florida on November 16. As Orion was about to embark on its orbital journey, officials inspected the launch pad for possible damage. rocket launch.

The successful launch made the SLS rocket nearly nine million pounds of thrust, making it the most powerful rocket in the world. On November 16, SLS sent the Orion spacecraft on a reconnaissance journey around the Moon, marking the first phase of NASA’s Artemis mission. NASA has declared the launch a success and is now inspecting the launch pad to see how to minimize damage on future launches.

Mike Sarafin, NASA’s Artemis mission manager, said at a press conference on Monday, November 21, that the damage caused by the Artemis 1 liftoff was limited to several different areas of the launch pad. No critical parts were damaged. Sarafin said Artemis 1 used water suppression to reduce noise and damage from rocket launches, but the forces generated by the rocket stripped the paint off the launch pad.

Additionally, Artemis 1’s mission manager explained that the mobile launch tower’s elevator door, which was used for launch pad maintenance, had been blown off its hinges and rendered inoperable. These elevator doors were torn apart by shock waves generated by the SLS engines. Sarafin said NASA is working to get the elevator back up and running.

View gallery – 3 images

NASA writing on my blog November 22nd marks the seventh day of Artemis 1’s journey, as the Orion spacecraft emerges from the moon’s gravitational pull and moves toward a distant retrograde orbit. On day six, the Orion spacecraft passed just 80 miles above the lunar surface and was positioned to enter its retrograde orbit. All of the flight data, technology demonstrations, and other data that NASA collects on the Orion capsule will be used in future Artemis missions that will eventually bring humans back to the moon.

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