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Booster 18.1 was a structural test article to test the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design. The test is suspected to have failed.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design with an estimated duration between 24 and 27 hours.
Booster 18.1 conducted a cryogenic proof test to verify the structural integrity of the new Version 3 Super Heavy Booster design.