A giant NASA rocket slices flawlessly at 4,000 miles per hour to launch a pristine moon!

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The National Aeronautics and Space Administration (NASA) has shared new footage of the Space Launch System (SLS) “super moon rocket” that shows the rocket’s solid boosters separating at an eye-popping 4,000 mph during its flight to power Orion. spacecraft to orbit around the moon. The SLS is the world’s most powerful rocket, and the November flight occurred after several launch attempts and a hurricane prevented NASA from flying what it calls a “long-range” mission. Orion is currently orbiting the Moon, and will soon return to Earth, after completing a journey that saw a new record set for the longest distance traveled by a spacecraft capable of flying from Earth.

NASA’s SLS rocket delivers a payload less than 0.3% error the agency detects

Before takeoff, engineers struggled with the rocket’s difficult hydrogen fuel as one leak or another kept them on their toes and forced them to make last-minute repairs to the rocket. However, the SLS was extremely durable, performing its task flawlessly even when left outside during a pre-launch storm.

After launch, NASA studied the data to ensure that the rocket had moved its payload to the correct resolution and with an error of as little as 0.3%. That’s well within acceptable tolerances for a 322-foot-tall rocket that generates eight million pounds of thrust at liftoff—making it the largest operational rocket in the world.

The SLS is powered by two different types of engines. The first of these are liquid-powered engines that use hydrogen and oxygen to generate 418,000 pounds of thrust each. Four of these engines are used in the SLS, and they are complemented by two massive solid rocket boosters that cumulatively generate another 6.5 million pounds of thrust.

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The solid rocket booster separates from the Space Launch System (SLS) rocket while it’s traveling at 4,000 miles per hour. Image: NASA

While NASA’s live broadcast of the SLS launch did not provide telemetry for the ascent portion of the rocket’s flight, the agency did share some stats earlier this week as it shared the results of the first post-launch performance evaluation of the SLS. The mission saw the rocket consume 735,000 gallons of propellant in just eight minutes, with Orion launching three miles from its orbital altitude of 735 by 16 nautical miles while traveling at 17,500 mph.

In addition, NASA also shared footage of the SLS rocket with two solid rocket boosters separating while the rocket was traveling at 4,000 mph (6,437 kph). The agency confirmed that at the time of separation, no problems or anomalies were detected on the boosters, and their thrust and direction control systems were implemented as expected.

The separation footage is similar to that released by SpaceX of the Falcon Heavy flight early last month, with the only difference between the two rockets being that the Falcon Heavy uses liquid engines for side boosters and recovery after launch, and the Falcon Heavy was traveling at a much slower speed of 5,279 kilometers per hour at the separation.

Another great view from the Space Launch System (SLS) launch shows the Orion spacecraft’s launch abort system separating after it has reached a safe altitude. Image: NASA

The SLS’s stellar performance review comes just as the Orion spacecraft has also exceeded all expectations. In a news conference earlier this week, NASA’s Artemis 1 mission manager Mike Sarafin said the spacecraft is generating more power than needed, and his agency is constantly expanding its test goals to learn as much as possible before Orion returns. to ground.

Orion left a distant retrograde orbit at 3:53 a.m. CST earlier today, and will soon make another close pass of the Moon that will put it just 79 miles from the lunar surface before the ship begins its ‘jump’ into Earth’s atmosphere for landing. In the ocean on December 11th.

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Here’s the full picture of the Artemis 1 launch:

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