Before any of NASA’s rockets can fly up to space, there’s a lot of testing to be done. Marshall Space Flight Center’s Building 4619 houses the structural testing, but to accomodate NASA’s upcoming Space Launch System, it needed a few upgrades.
Because it has a goal! But a different kind of goal to the ones found in soccer: instead, it’s one to put American astronauts on Mars.
NASA’s next-gen spacecraft, Orion, was originally scheduled to launch with astronauts aboard in 2021, but owing to the space agency’s history of running into unexpected problems, it has decided to delay this important test flight by two years.
NASA’s RS-25 engine, the powerhouse aboard the SLS rocket that will one day launch us to Mars, just completed an explosive test run. You’re gonna wanna see this.
NASA successfully live-fired the new booster for its Space Launcher System today. It's the largest, most powerful booster ever built, putting one hell of a scorch mark into the desert. And yes, there's a video.
It's the most powerful rocket booster ever built, could be our best bet to set a foot down on Mars, and it just successfully fired up in this test explosion not out in the wilds of space, but right here on the ground — and you can see it in action in these incredible pictures.
This is the most powerful booster ever built by man, and it will be the driving force behind NASA's Space Launch System (SLS), the vehicle that will one day put humans on Mars. This engineering marvel will have its first major ground test tomorrow (Wednesday) at 11am EDT.
It lives! The RS-25 rocket engines from the space shuttle have been repurposed for the Space Launch System, NASA's rocket for deep space exploration. The engines hot fired for the first time since 2009 in this 500-second burn.
Three years after its unveiling, NASA managers have approved the development of the rocket that will carry astronauts into deep space. Called the Space Launch System (SLS), the heavy-lift rocket will be the most powerful ever built, and is designed to launch the next generation of space explorers to deep-space…
NASA's 70-metric-ton Space Launch System (SLS) is poised to be the rocket that will take us to Mars and beyond. An aerodynamics team at the Langley Research Center recently tested a model of the SLS in the Transonic Dynamics Tunnel to measure the tremendous static and dynamic forces that will be exerted on the vehicle…
This is the J2-X. The liquid-fuel cryogenic rocket engine is the modernized version of the J-2, which NASA used in the late-'60s and early-'70s to thrust humans beyond low Earth orbit. (Click any image below for hi-res.)
Remember the picture of the Pratt Whitney Rocketdyne engines that looked an awful lot like a band of Daleks in disguise? That picture may have done a good job of making space shuttle engines look like a bunch of malevolent cyborgs, but there wasn't really anything in the photo to give you a sense of just how…
NASA says they're "Pratt Whitney Rocketdyne engines" from space shuttles Endeavour and Atlantis... but we think they look an awful lot like incognito Dalek shipping containers.
You might think NASA's not doing a lot these days, what with the dismantling of the manned space program and everything, but they're still making explosions. Now there's video: the J-2X, which NASA says is our next ticket to space.
Say hello to NASA's Space Launch System (SLS) — it's about to become the largest, most powerful space rocket we've ever built.