NASA just Declared $23.8 B Moon Rocket is A Complete DISASTER! SpaceX Starship Better...

NASA just Declared $23.8 B Moon Rocket is A Complete DISASTER! SpaceX Starship Better...
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NASA just Declared $23.8 B Moon Rocket is A Complete DISASTER! SpaceX Starship Better...
This is unexpected!
After the latest Wet Dress Rehearsal failure delayed Artemis 2 yet again, NASA Administrator Jared Isaacman openly called the billion-dollar SLS Moon rocket one of the worst vehicles the agency has ever operated.
That comment came after officials tried to explain why SLS keeps failing in the exact same way, a problem NASA already solved during the Space Shuttle era.
So why can’t they fix it this time?
Let’s find out in today’s episode of Alpha Tech.
NASA just Declared $23.8 B Moon Rocket is A Complete DISASTER! SpaceX Starship Better...
The Artemis 2 crew may have breathed a small sigh of relief after NASA announced the mission would slip to March, giving them roughly one more month before climbing aboard the Space Launch System. But let’s be honest. That extra time doesn’t suddenly make things feel reassuring.
This is a rocket that has already cost more than 20 billion dollars, yet all that money hasn’t exactly translated into confidence. Anyone sitting on top of a vehicle with a long history of hydrogen leaks, stretching all the way back to Artemis 1 nearly four years ago, is bound to be sweating bullets. And despite all that time, it’s hard to argue that mission managers have truly solved the problem.
NASA just Declared $23.8 B Moon Rocket is A Complete DISASTER! SpaceX Starship Better...
During NASA’s February 3rd, 2026 press conference, senior officials finally laid out why these leaks keep coming back. John Honeycutt, the Artemis 2 mission manager, explained that while every component is thoroughly tested on its own, the real launch environment presents a completely different challenge.
He said the team moved quickly during the installation of SLS systems, but admitted they simply cannot perfectly replicate the ultra-cold conditions of liquid hydrogen on the launch pad. Hydrogen molecules are incredibly small and highly mobile, he noted, which means that even the most precisely engineered interfaces can still develop microscopic gaps. These are gaps that no component-level testing can realistically catch.
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