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.
Don’t even ask how much this fuel tank will cost to fill. The giant cylinder is just one of the two tanks that will hold the fuel used to power NASA’s new Space Launch System when it blasts off to take missions to Mars and deep space.
When NASA’s first mission to Mars kicks off in 2018, the goal is to make sure that the agency’s new rocket can make it out there before they start sending people. So, instead of a crew, this first mission will be filled with equipment for 13 science projects...including a gigantic laser flashlight that will orbit the…
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.
‘Tis the season for dwarf planets with an impending flood of Pluto flyby data and Dawn just about to point its spectrometer at the weird white spots on Ceres. Add in ocean floor explorations, a pair of weights in perpetual free-fall, and a rash of rocket launches and we just know this year is going out in a bang of…
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.
This video shows how NASA makes and tests their largest, and most powerful solid rocket boosters ever. These engineering beauties will propel the new Space Launch System (SLS) and its astronauts to deeper space explorations. Mars, here we go.
During the State of the Union address, President Obama said stirring things about human spaceflight and the future. But these are the same dreams we've been talking about for years, and without more funding for NASA these dreams will fizzle instead of coming true.
When the Orion spacecraft makes its maiden voyage into space, it will do so upon an unproven rocket design that's bigger than and more powerful than anything we've built before. To ensure that the precious capsule survives liftoff, NASA is shaking it down with the help of this ginormous jitter table.
For all the super-cool and otherworldly space vehicle and satellite concepts that NASA engineers dream up, only a very small percentage of them ever make it off the drawing board and onto the production line. But the next generation Space Launch System is now part of that select few, having completed NASA's rigorous…
Today, NASA has officially committed to build the new Space Launch System, the world's most powerful rocket ever, which hopefully will take us to Mars by 2030. The program is now set for development—the 'first time that an exploration class vehicle has gotten this status since the space shuttle.'
With its forthcoming Space Launch System, NASA hopes to send astronauts farther into space than it ever has ever before—to Mars and beyond. And when the first crew does leave to make interplanetary history, they'll do so aboard these rocket engines.
Things keep moving at the Kennedy Space Center in preparation for the first mission of NASA's Space Launch System and its Orion spacecraft in 2017. The crawler-transporter just passed "the first phase of an important milestone test."
What happens when you transfuse the 2,200 HP electric drive train from the world's fastest and most powerful production electric car, the Mercedes SLS AMG Coupé Electric Drive, into a 38-foot racing hull? You get the world's fastest and most powerful production electric speed boat. Duh.
NASA got a new deep space exploration system, the Space Launch System. A new heavy rocket designed to take astronauts well beyond planet Earth's orbit. It's beautiful. It's like the Saturn all over again, but better.