NASA Tests The New Rocket Booster That Will Take Humanity To Mars

NASA Tests Mars Rocket Booster 6

NASA has carried out tests for the insanely strong booster that will be used in launching the Space Launch System rocket in 2019, eventually taking man to Mars. The static-fire test took place in Utah yesterday at 11:30am EDT and lasted for 126 seconds.NASA Tests Mars Rocket Booster

During the test, temperatures reached a startling 2,500°C and transformed the sand on site into glass. The engine cranked a thrust of 3.6 million pounds – superbly wonderful.- while flames erupted from the nozzle at Mach 3. This was the first test of the SLS’s booster that has been redesigned. When it eventually flies, two of such Solid Rocket Boosters shall be used. Once configured for the final take-off, the SLS shall be the most powerful rocket to ever have been launched – more powerful than the Saturn V rocket as well (the one that took humans to moon).NASA Tests Mars Rocket Booster 2 SLS Booster 11X7 K65634

The booster has been upgraded from the previous version that was used to take the Space Shuttle into orbit. The upgraded booster comes with storage for more fuel, thus imparting more endurance. It has been named as Qualification Motor 1 and spent a couple of days inside a chamber while it was heated to a high core temperature. It measures in at 54 meters when it comes to length, 3.7 meters when it comes to diameter and a mass of 725 metric tons.NASA Tests Mars Rocket Booster 3

NASA carried out test in collaboration with the rocket propulsion company Orbital ATK. Former astronaut and Vice President for Advanced Strategic Programs at ATK Charles Precourt talking about the test said, “It looked really clean and was very exciting. You could see the pressure coming off the motor.” NASA’s booster manager, Alex Priskos said, “We couldn’t be happier with what we know so far. Today was about as successful as you can get.”NASA Tests Mars Rocket Booster 5

Space Launch System is 117 meters high and shall crank out 9.2 million pounds of thrust during liftoff while weighing 6.5 million pounds when it finally takes off. It will be used for taking NASA to Mars in 2030s while carrying NASA’s Orion spacecraft on top. Check out the video below for more details:

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