NASA’s RS-25 rocket engine trial managed to steal the show. NASA’s RS-25 rocket performs engine trials to support its mission. This NASA rocket has just received a redesign so that its feasibility must be ascertained before being sent into space.
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The Importance of NASA’s RS-25 Rocket Engine Test
Testing the RS-25 is very important because it can affect the success or failure of the launch later. This rocket will carry its own mission which is the goal and ambition of scientists. The plan is for the RS-25 engine to fly the SLS rocket.
During the test, which took place on February 8 at the Stennis Space Center, the RS-25 rocket engine was fired for 500 seconds. This time is also comparable to the length of engine operation in propelling the SLS into space.
More than that, the engine in the RS-25 rocket also operates using 111% power. This is equal to the energy to lift SLS into orbit later. It’s no wonder that most of the tests use that much power.
The series of tests also involved Aerojet Rocketdyne. Through testing the RS-25 rocket engine, it is hoped that it will launch an Artemis mission to the moon in the future. NASA’s mission is planned for the benefit of all humans.
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Artemis’ mission
In the Artemis mission, NASA is trying to send the first woman on the moon. Thanks to this mission, scientists and researchers can more easily study the moon. Interestingly, this mission will be a springboard to visit Planet Mars.
Test Team
The RS-25 engine did not only receive testing from NASA, but a number of other teams. From Aerojet Rocketdyne to Syncom Space Services. Basically, they are a joint NASA team.
For Syncom Space Services itself is the main contractor that supports Stennis facilities and operations. Due to getting the test in the right hands, it is hoped that the RS-25 machine will be able to provide results as needed.
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Test result
In testing, it appears there is a series of new components. In addition, there is one additional component in the form of a new nozzle. Not only that, the results also show that 4 RS-25 engines can start simultaneously.
These conditions can produce a combination of very strong power. At least it can generate 1.6 million pounds of thrust at launch. Then for climbing, the thrust can reach 2 million pounds.
This power is very capable of propelling SLS flights. In order for the results to go as planned, NASA is working with Aerojet Rocketdyne to make modifications to 16 of the Space Shuttle Program’s engines.
From this latest news, you can find out how NASA’s RS-25 rocket engine was tested. This test is indeed important because it supports the smooth running of the scientist’s mission. Testing is also carried out by a competent team in their field. The hope is that scientists can get satisfactory test results. (R10/HR-Online)
This post was last modified on Februari 14, 2023 7:44 AM
