Boeing is accelerating work on a powerful new Space Launch System upper stage that will boost the rocket’s performance for the third moon mission and beyond.
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Boeing Starliner is placed atop a United Launch Alliance Atlas V rocket for first flight.
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Installation of the last of four engines marks completion of the first Space Launch System core stage structure.
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First flight of the CST-100 Starliner spacecraft proves astronauts can quickly and safely escape emergency situations.
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Boeing and Aerojet Rocketdyne technicians are installing the four powerful RS-25 engines modified for the Space Launch System at NASA’s Michoud Assembly Facility, while ramping up to support the full core stage hot fire testing at Stennis Space Center next year.
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Innovation is built into the Space Launch System from the ground up, as technicians and engineers work together to improve the rocket by incorporating ideas from the shop floor into future design and build plans, making each rocket core stage come together faster, and more efficiently.
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Boeing teams in New Orleans connected the first Space Launch System (SLS) engine section to the rest of the rocket’s core stage.
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Boeing reveals the design of its mission patches for Starliner’s upcoming Orbital Flight Test, Pad Abort Test and Crew Flight Test.
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Production of the first Space Launch System core stage approaches final join as teams prep the engine section using new tooling and a new maneuver.
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Space Launch System liquid oxygen and liquid hydrogen tanks undergo testing at Marshall Space Flight Center to ensure the rocket can withstand launch and ascent.
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As Boeing prepares for final element join on the first Space Launch System core stage, the second core stage of the advanced launch system is underway, and the design of a powerful Exploration Upper Stage is taking shape.
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