NASA has scheduled its first test flight of Artemis in 2021 – a mission intended to test its critical systems – well beyond the 2024 target date to bring people back to the moon. And according to a recently published space agency program outline, it still hopes to meet the deadlines.
NASA recently announced its new moon exploration program, which is an initial step to Mars as part of the program, along with a survey of both past and upcoming Artemis landmarks. The document outlines the schedule for three planned launches of three rockets from the Space Launch System (SLS) and the Orion spacecraft, which will place the first woman in history on the moon’s surface, until the third launch.
Starting next year, the agency plans to launch Artemis I from the Kennedy Space Center in Florida on an unannounced flight to Orbit with operational performance, life support, and communication capabilities. Assuming this mission is as planned, Artemis II will pursue it in 2023, a manned mission that will serve as a “hands-on close-up” show where astronauts will actually pilot the spacecraft.
“This demonstration [Artemis II] will illustrate the handling characteristics of lenses and associated devices and software that cannot easily obtain performance data and operational experience,” NASA states, “as well as for Artemis III de-docking the operation in Chandra orbit.”
Artemis III will be the launch back to the moon with all of NASA’s humans, but it is part of the general priorities that lie behind the New Lunar Program Agency, an important step toward establishing the milestones of humanity considered. On a future trip to Mars. Artemis is not designed to close the Lunar Achievement List and then close the store; It aims to bring people back to the moon and keep them there – while building an infrastructure network that can support space exploration venturing deep into the solar system.
“After Artemis III, NASA and its partners will begin missions on and around the surface of the Moon that will help us prepare us for the mission period and the types of operations that we will experience with the human missions to Mars.” An important part of this infrastructure puzzle will be the construction of the Lunar Gateway space station as well as other “Artemis” elements that include the development of the SLS, Orion spacecraft, Human Landing Systems (HLS) and “prospect”. Chandra Terrain Vehicle (LTV) as planned.
Creating a long-range lunar presence (with an eye cleared in space) will involve much third-party integration and private development, with the first phase partnering with NASA to announce an already ongoing competition for the trio. Finished prototype lunar lander “With this approach, NASA had benefited from years of investment in the systems needed to return to the moon, while fostering new partnerships and inspiring new capabilities to ensure humanity’s return to the moon in a sustainable and Mars form. Expandable for the first manned mission on planet Earth.” The agency writes.
Communication will play an important role in getting people off Earth more than ever, and NASA is outlining its plan to use Artemis as a platform to develop a space communications network called Lunet – “a scalable and scalable communications and navigation engineering.”
To support NASA’s long-term lunar presence, as well as the agency’s growth with Mars ambitions, the first layer of lunanite infrastructure will make the moon even busier and noisier. According to NASA projections, “R] on the Moon will use the same network of fixed landing vehicles, rovers and networks for astronauts on the moon.” Sample analysts can send their data to orbit around the moon, which can then send that data back to Earth. Astronauts on the lunar surface will be able to receive real-time alerts generated from space weather devices of incoming solar flares, giving them ample time to search for cover. Each connection link will be a connection to a larger network, allowing data to be transferred between any feature on the network. “
NASA Administrator Jim Bridenstein wrote in an introduction to the note that the robot-based moon mission will hit the ramp next year. He also expressed his happiness that the Artemis program has combined long-term goals that reach more than just marking the moon once: “I am proud to share NASA’s Artemis plan – we did it once How do I go to the moon again? Next hop for us – human exploration of Mars. We leave and go together. Lunam Announcement! “