Did NASA Lose the Technology to Go to the Moon?
NASA has not lost the technology to go to the moon. In fact, the technology that we use to get there has improved significantly over the years. However, politicians are not willing to invest money in building a moon habitat or any other moon-related infrastructure. Despite this, the US space agency has made numerous unmanned missions to the moon and Mars.
In its initial phase, NASA’s Artemis programme involved the development of research and technology for the moon mission. The program also envisaged the construction of a new space station in lunar orbit and a habitable Moon base. The name Artemis comes from the mythological Greek goddess of the moon. She is the twin sister of Apollo, who was the first human to set foot on the moon. The constellation Orion is also named after Artemis, as it is the hunting partner of Artemis in Greek mythology.
The Artemis programme is a complicated affair, which involves several different technologies. For example, the Orion capsule will be the vehicle, but the lander will be the spacecraft’s mate. This will allow astronauts to make the journey to the moon’s surface. Although NASA has entrusted SpaceX with developing the technology for the lander, the timeline for the launch of Artemis has been described as unrealistic.
While the Apollo and Artemis programmes are still in development, the cost of these programs has skyrocketed. It is estimated that the Artemis programme will cost nearly $2 billion. However, the cost has increased eight-fold since NASA’s initial estimate. As a result, Artemis has faced criticism from an auditor.
The Artemis programme is a critical moment in NASA’s history. It aims to land a woman and the first person of colour on the moon by 2025. The Space Launch System is built by Boeing Co., while the Orion crew capsule is made by Lockheed Martin Corp., and the Future Landing Vehicle will be supplied by Space Exploration Technology Corp.
The Artemis 3 mission will be the first landing on the Moon since Apollo 17 in 1972. It will build on the work done in the Artemis 2 mission. The Artemis 3 crew will land at the lunar south pole, where scientists believe there is a vast reservoir of water-ice. The ice could be harvested and used as rocket fuel.
The Artemis programme is a major step forward for NASA in bringing astronauts back to the moon. The agency is currently working with commercial companies to develop a robotic, cargo, and human landing system. In contrast to Apollo’s Lunar Module, Artemis is aimed at multiple missions to the moon.
The answer to the question “Did NASA lose the technology to go to the moon?” is a resounding “No”. Although NASA has advanced in the past few decades, its technology has remained essentially unchanged. However, many politicians are unwilling to spend money on a moon habitat or other similar projects.
Today, NASA has plans to send astronauts back to the Moon, and plans to use a new rocket to do it. The last US astronauts walked on the moon during the Apollo program, which ended in 2011. The new push is called Artemis, after the twin sister of Apollo in Greek mythology. NASA’s new rocket, the Space Launch System, will be able to reach the Moon and land astronauts on the lunar surface.
Astronauts during the Apollo 11 mission wore light-weight flight suits in the command module, and then changed into bulkier pressurised spacesuits after stepping onto the lunar surface. This spacesuit was developed from designs used by aircraft pilots, and was modified for walking on the Moon. The astronauts also wore an inner garment underneath the main suit that had water-filled tubes.
Another approach to sending humans to the Moon was called lunar-orbit rendezvous. It would have sent two astronauts down to the moon’s surface, while a third would stay in the command service module and orbit the Moon. This approach was easier to achieve because it required fewer spacecraft.
The Apollo missions were brief, lasting only a few days. Those that would follow them would focus on establishing lunar bases and a network of lunar satellites. The future of Lunar travel, in the 21st century, will be devoted to these tasks.
The next step in the moon mission will involve a commercial lander to bring seismometers to the Moon’s far side. These instruments will help researchers refine their understanding of the Moon’s internal structure. If the mission is successful, it could even lead to the start of a geophysical network on the Moon.
In the meantime, private aerospace companies are developing small rockets to get to the moon. This will open up opportunities for US scientists to send robotic missions to the lunar surface.
The space shuttle was a remarkable vehicle. Designed to launch like a rocket, it orbited the Earth like a spacecraft and landed like an airplane. After the space shuttle’s last launch, it has remained on the backburner, but the technology to go to the moon has not been lost. Currently, NASA is researching new technology to launch humans into space again. There are also private companies developing rockets and other technologies that can help us get there.
One of the problems is a lack of funding. The NASA workforce is only a tenth of what it was in the past, and their funding has been squeezed. For the last 45 years, NASA has focused on building the International Space Station and space shuttles. But there is a new technology in development called the SLS, which could take astronauts beyond the moon and beyond. The first flight of the SLS is currently scheduled for 2020.
The astronauts were able to reach the Moon using the lunar-orbit rendezvous method. In this method, two astronauts would descend to the moon’s surface and the third would remain in the command service module orbiting the Moon. The Saturn class rockets, developed by Wernher von Braun, would launch the craft. This method was chosen because it would be easier to launch the spacecraft. However, it did mean a new spacecraft would be needed to take astronauts to the Moon.
The Moon mission was a short-term endeavor that required a huge amount of innovation and daring. Despite the limitations and challenges, the mission was successful. The Apollo 11 astronauts touched down on the moon in July 1969 and made history. This project continues to influence human spaceflight today.
During the mission, the astronauts wore light flight suits in the command module, changing into bulky pressurised spacesuits after the shuttle docked. The Apollo A7L spacesuit had been developed from designs worn by aircraft pilots. The spacesuit was modified to withstand the pressures that astronauts face when walking on the moon. The astronauts also wore an inner garment beneath their main suit that had tubes filled with water.
Challenges of sending astronauts to the moon
While sending astronauts to the Moon is the ultimate goal of NASA, setting up a lunar base poses several challenges. First, astronauts wouldn’t be able to bring all their rations back with them on the rocket. This would mean that they’d have to produce a majority of their supplies. Although the resources on the Moon are barren, human ingenuity can turn them into nearly everything a human needs.
Another challenge is budget. NASA currently only receives less than 0.5% of the federal budget. The administration has proposed a $1.6 billion per year increase in NASA funding. But neither House of Congress has shown support for this increase. As a result, this program faces a long road to reach its goals.
Keeping astronauts healthy while in space requires a lot of research. There are many health risks, including radiation. For example, long missions will introduce cosmic radiation, which can damage the DNA of human cells. However, these risks can be lessened by installing more shielding on spacecraft.
Lastly, astronauts must wear spacesuits that can withstand the sun and dust. Thankfully, NASA has designed spacesuits that are resistant to these elements. Another concern is the aging workforce. Currently, the average age of NASA employees is around 60 years old. However, there is a growing number of young American space enthusiasts who want to be astronauts.
Even though the first attempts to send astronauts to the moon are many years away, significant preparations must be made. A variety of components must be researched and developed before humans can successfully launch. It is also necessary to conduct a thorough assessment to identify the hazards and risks of space flight.
EVAs can be difficult to conduct without the proper training. The first spacewalk occurred in 1965 when Soviet cosmonaut Alexei Leonov took part in a spacewalk for 12 minutes. Leonov’s spacewalk, though, was a monumental achievement for the Soviet space program. However, during the EVA, the astronaut had to depressurize his spacesuit, which is dangerous.
While the first spacesuit was a major hurdle, it was eventually developed and adapted for astronauts. In the Apollo command module, astronauts wore a suit made by Hamilton Standard. It was bulky and heavy, and didn’t fit well in the astronauts’ bodies. The re-breathing suit helped reduce oxygen consumption by 20 percent.