NASA has successfully launched a mission to the moon carrying 3D printed parts on board the Artemis


After a test flight of the Artemis 1 rocket on Wednesday, November 16, 2022 with three dummies on board, the Orion spacecraft from NASA deployed four solar arrays spanning approximately 63 feet and walked aboard

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After a test flight of the Artemis 1 rocket on Wednesday, November 16, 2022 with three dummies on board, the Orion spacecraft from NASA deployed four solar arrays spanning approximately 63 feet and walked aboard. the way to the moon. Artemis I, which was launched from Florida's Kennedy Space Center, is the first in a series of increasingly complex missions that will enable human exploration of the Moon and Mars. This endeavor has been plagued by years of delays and billions of dollars in cost overruns.

 

The Space Launch System (SLS) moon landing rocket that was built by Lockheed Martin reached 160 kilometers per hour in seconds and then soared into the sky carrying the Orion capsule. This demonstrated that the SLS is the most powerful rocket in the world and is capable of carrying more than multiple payloads into deep space. The Artemis 1 mission, which is being conducted by NASA, is expected to travel approximately 40,000 miles beyond the moon and then return to Earth in 25 days. Its power and capabilities will be unmatched in this endeavor.

 

The ignition of the rocket's four space shuttle-derived RS-25 core CNC cutting stage engines marked the beginning of the first Artemis mission. These engines assisted in the launch of the massive SLS rocket from pad 39B. Because they must move large quantities of propellant and generate sufficient energy to lift the rocket out of Earth's gravity, the four RS-25 engines are built to withstand temperatures that are among the hottest ever recorded. As a result of the collaboration, the overall cost of producing the engine was cut by almost 35 percent, while also improving both safety and security.

 

For the Artemis 1 mission, Aerojet delivered a total of 39 propulsion elements, including 38 liquid motors and one solid rocket motor. Additionally, the company supplied 14 high-pressure tanks. Aerojet relies heavily on a process known as metal additive manufacturing, which has been a part of the company for more than twenty years and is responsible for much of the company's propulsion. In addition, a significant amount of time and resources are invested in the processes of 3D printing, such as laser powder bed fusion (LPBF), for the purpose of successfully designing and integrating propulsion systems into a variety of spacecraft.

 

Artemis and additional components that were 3D printed

 

Artemis and additional components Nylon CNC Machining that were 3D printed.

 

In addition, during the first two minutes of flight, more than 75 percent of the vehicle's thrust came from its two solid rocket boosters. In the same vein as the RS-25 engine, the booster that was built by Northrop Grumman is a modified version of an existing component design that was used during the Space Shuttle program. It also takes advantage of additive manufacturing in order to be compatible with the Space Launch System orbital vehicle. The first components to be stacked on top of one another to form the SLS rocket are the solid rocket boosters. These boosters will help support the remaining rocket components as well as the Orion spacecraft.

 

In the year 2020, Northrop was responsible for transporting ten individual rocket engine segments from Promontory, Utah to the Kennedy Space Center. These components of the engine were put together to form two solid rocket boosters, which were then used in yesterday's launch into space. The twin solid rocket boosters that provide the Space Launch System (SLS) spacecraft with a powerful 7. 2 million pounds of thrust were developed by a team from Northrop Corp. 's Northern Utah location. These boosters rely on 3D printing and computer modeling, which is a technology that is becoming increasingly popular in the business world. more common.

 

CNC turning parts

 

Following the separation of the core stage and the approximately 40-minute shore phase, the SLS's interim cryogenic propulsion stage took over. This stage is powered by an RL10B-2 engine built CNC turn machining by Aerojet Rocketdyne and produces 24,750 pounds of thrust. It was responsible for carrying out the planned two-burn sequence. Orion was successfully inserted into a circular orbit around the Earth for the very first time. The RL10B-2 is an offshoot of the original RL10 and makes use of 3D printing technology to cut down on production costs. In addition, it takes advantage of the capabilities of this technology in terms of both performance and design.

 

After Orion had successfully entered its initial orbit, its solar panels were deployed, and the crew of the spacecraft began to inspect its various systems. The final stage of the rocket then successfully fired for approximately 18 minutes, providing Orion with the massive boost it required to lift it out of Earth orbit and toward the Moon. This occurred approximately an hour and a half into the flight.

 

The ring that connects the upper stage to the spacecraft was the starting point for a sequence of ten separate technological demonstrations and scientific investigations that took place onboard the CubeSat over the course of the subsequent few hours. Each CubeSat is designed with a mission that aims to either demonstrate technologies that could prove useful in the development of future exploration missions to the Moon and other celestial bodies, or fill in knowledge gaps relating to space. Within about eight hours of Orion's launch, the first of a series of burns designed to keep the spacecraft on its intended path toward the Moon will be performed by the service module. On November 21, the module is scheduled to make a flyby of the Moon, during which it will make a relatively close approach to the lunar surface. This will be done while it is en route to a distant retrograde orbit, which is a highly stable orbit that extends thousands of miles beyond the Moon.

 

According to Jim Freed, who serves as the deputy associate administrator for the Exploration Systems Development Mission Directorate at NASA, the fact that this launch was a success indicates that NASA and its partners are making greater strides than ever before for the benefit of humanity. On the path toward the exploration of space. With the help of the Artemis mission, NASA will be the first organization to successfully land a woman and the first person of color on the surface of the Moon. This will pave the way for NASA to establish a permanent presence on the Moon and serve as a foundation for future missions to Mars. The initial stepThe first launch of the Artemis spacecraft heralds the beginning of one of the most highly anticipated space programs of the past 10 years. The next rocket mission, which will take place no earlier than 2024 and be known as Artemis II, will transport four astronauts around the globe if everything goes according to plan. It is scheduled to take off in January. After that, the Artemis 3 spacecraft will conduct a manned landing mission.

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