NASA's Upcoming Space Launch System Will Be The Most Powerful Rocket In History

NASA's Newest Rocket Will Be The Most Powerful In History

NASA's powerful new rocket isn't expected to launch for another three years, but the space agency has just unveiled a simulation video (above) showing what it will look like when it eventually lifts off.

Called "Feel the Power of America’s Next Great Rocket," the animation showing the Space Launch System (SLS) in action has the appearance of a music video.

The new system will be used to send humans to Mars, as well as for other upcoming programs such as the Asteroid Redirect Mission, in which a robotic spacecraft will capture a multi-ton boulder from an asteroid and put it in orbit around the moon for astronauts to explore.

The SLS will come in two configurations, each of which will have a booster more powerful than the Saturn V used in the Apollo program, until now the most powerful rocket in history.

The first configuration will provide 10 percent more thrust at launch than the Saturn V and the ability to carry three times the payload of the space shuttle, according to NASA. At 321 feet tall, it will be shorter than the Saturn V but taller than the Statue of Liberty, including the base.

The larger second configuration, which will be used for cargo, will have 20 percent more thrust than Saturn V and, at 384 feet, will be more than 20 feet taller.

At the heart of the SLS will be four RS-25 rockets, or the main engine used in the space shuttle program. Earlier this month, NASA fired up an RS-25 engine for 500 seconds as part of an SLS test.

(Story continues below video.)

"While we are using proven space shuttle hardware with these engines, SLS will have different performance requirements," Steve Wofford, manager of the SLS Liquid Engines Office at NASA's Marshall Space Flight Center, said in a news release. "That's why we are testing them again. This is a whole new ballgame -- we need way more power for these engines to be able to go farther than ever before when it comes to human exploration. And we believe the modifications we've made to these engines can do just that."

NASA originally hoped to use the SLS to launch an unmanned Orion spacecraft, dubbed Exploration Mission 1, at the end of 2017, but the project hit a few snags. The agency says it's now planning for a November 2018 launch, although earlier this year the agency's inspector general warned that Kennedy Space Center's launch facilities may not be ready in time.

The cost of developing the SLS from 2013 until the launch of Explorer Mission 1 is estimated at $7 billion, according to The Planetary Society. (That figure does not include the cost of the development of the Orion spacecraft.)

Thereafter, each launch is expected to cost between $500 million and $700 million, Dan Dumbacher, who at the time was NASA’s deputy associate administrator for exploration systems development, told SpaceFlight Insider last year.

Before You Go

The 100 millionth image captured by the Advanced Imaging Assembly on NASA's Solar Dynamics Observatory. It was taken on Jan. 19, 2015.
This "mosaic" image, also captured on Jan. 19, 2015, shows the sun in multiple wavelengths.
This photo shows a spectacular eruption on the sun. It was taken on June 7, 2011.
Taken Oct. 22, 2014, this SDO image shows an unusually large group of sunspots.
This false-color image from Oct. 24, 2014 shows magnetic fields produced by "coronal loops."
SDO captured this time-lapse photo showing Comet Lovejoy traveling around the sun in Dec. 2011.
This image was captured on Feb. 24, 2011. It shows a plume of plasma erupting from the sun's surface.
This image shows features on the sun that look a bit like a human face. The "eyes" show areas of hot material, the dark line of the "mouth" shows cooler material, and the "hair" around the outside illustrates material floating in the sun's atmosphere.
This three-color image was created with the help of a contrast-increasing filter. The dark spots represent the hotter regions.
NASA/SDO/Goddard Visualization Studio
This composite photo shows a rare transit of Venus as seen by SDO on June 5-6, 2012. The next Venus transit will occur on Dec. 10-11, 2117.
Sometimes the moon comes between SDO and the sun, as seen in this image taken on Nov. 22, 2014. If you look carefully, you can see that the edge of the moon is not a perfect circle--you can spot lunar mountains along the edge.
Captured on May 30, 2011, this two-part image shows an active region on the sun's surface where a moderate flare lights up a ridge in the region (left) and the difference between this exposure and an earlier one (right).
NASA/SDO/GSFC Visualization Studio
In this color wheel image, each color represents a different wavelength of extreme ultraviolet light present in the sun's corona.
NASA/SDO/Mosaic created with AndreaMosaic
A mosaic image of the 100 millionth image snapped by SDO's Atmospheric Imaging Instrument.

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