![]() The teams then retracted the platforms inside the Vehicle Assembly Building (VAB), where the SLS rocket is stored, in preparation to roll the SLS and Orion back to the launchpad. The teams also determined that there was no water damage to the Orion spacecraft due to the heavy thunderstorm at the spacecraft during the initial wet dress rehearsal attempt. The team is now working to determine the root cause of this to prevent recurrences. FILE PHOTO: NASA's next-generation moon rocket, the Space Launch System (SLS) rocket with its Orion crew capsule perched on top, is shown on its launch pad as it is prepared for launch in Cape. This ring came loose and entered the valve, preventing it from sealing correctly. Nasa has carried out a successful test on part of the most powerful rocket in existence - the Space Launch System (SLS). FILE PHOTO: NASAs next-generation moon rocket, the Space Launch System (SLS) rocket with its Orion crew capsule perched on top, is shown on its launch pad. During this, they found a damaged rubber O-ring seal in the area that separates the ICPS from the mobile launcher during launch. The team also replaced the helium check valve on the “interim cryogenic propulsion stage” (ICPS). to facilitate the launch of the SLS rocket and its Orion spacecraft. Engineers have confirmed that the bolts are no longer relaxing by themselves, and this should mean that the system should remain tightly sealed during propellant loading. NASAs development of its SLS has been mired in budget overruns and many years of. ![]() NASA announced on May 13 that its teams are re-tightening bolts on the “umbilical lines” to the rocket to address the hydrogen leak identified during one of the wet dress rehearsal attempts. Also Read | NASA to roll back its SLS Rocket for repairs
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