Should Humans Go Back to the Moon to Stay?

Vocabulary

Permanent – Lasting for a very long time, or forever.

Example – NASA says it wants a permanent base on the Moon, not just short visits.

Orbit – To travel in a curved path around a planet or moon.

Example – The Artemis II crew did not land, but they flew around the Moon and came back to Earth.

Lander – A vehicle that carries astronauts down to the surface of the Moon.

Example – Companies like SpaceX and Blue Origin are building landers for future Moon missions.

Reactor – A machine that makes a large amount of power, often using nuclear energy.

Example – A base near the Moon’s south pole may need a nuclear reactor because it has long periods of darkness.

Rival – A person, company, or country that competes with another.

Example – Some experts say China is a rival in the race to put people back on the Moon.

Article

In April 2026, four astronauts flew around the Moon and returned safely to Earth. It was the first time humans had traveled that far from our planet in more than fifty years. Now NASA is asking a bigger question: should people go back to the Moon and stay there?

First, here is what happened. According to NASA, the Artemis II mission launched on April 1, 2026, from Kennedy Space Center in Florida. The crew was Reid Wiseman, Christina Koch, Victor Glover, and Jeremy Hansen of the Canadian Space Agency. They splashed down in the Pacific Ocean near San Diego on April 10, after a journey of about 694,000 miles. NASA reported that the Orion capsule’s heat shield worked very well when it re-entered the atmosphere.

After this success, NASA described a much more ambitious plan. In May 2026, NASA Administrator Jared Isaacman presented a Moon base strategy. According to Scientific American, he said, “This time the goal is not flags and footprints. This time the goal is to stay.” The base would be built near the Moon’s south pole. Scientific American reports that the first phase includes about two dozen launches by 2028, carrying rovers, drones, power systems, communication equipment, and habitat modules. The long-term goal is a base that can support crewed landings about every six months by 2036.

The south pole is attractive because scientists believe there is frozen water in some deep craters. Water could become drinking water, air, and even rocket fuel. However, the area also has very long periods of darkness, so solar power is difficult. According to Scientific American, the plan includes radioactive power sources and, later, a nuclear reactor.

The schedule has also changed. According to the analysis group CSIS, NASA restructured the program in February 2026. The next mission, Artemis III, is now planned for 2027. It will not land on the Moon. Instead, Orion will test docking with commercial landers, which are being built by SpaceX and Blue Origin. The first crewed landing is now expected on Artemis IV in 2028. NASA also paused its Gateway space station project to focus on the surface base. Reports differ on the cost: CSIS describes a lunar surface base of about 20 billion dollars, while Scientific American refers to a plan worth about 30 billion dollars.

Supporters give several reasons for staying. First, a base would let scientists study the Moon’s rocks, ice, and history for months instead of days. Second, the Moon could be a training ground for future trips to Mars. Third, there is competition. Scientific American notes that China is aiming for a crewed Moon landing around 2030. Mr. Isaacman has said the United States should not “give up the moon” again. Supporters add that new technology, such as better power systems, could also help people on Earth.

Critics are not convinced. Clayton Swope of CSIS wrote that the new plan does not remove risk, but trades some risks for others. He pointed to landers that are still unproven, especially the need for SpaceX’s Starship to refuel in space, and to a modified rocket upper stage that has not yet been certified for astronauts. Other people ask a different question: is this the best use of public money? Robotic missions are cheaper and do not put lives in danger. Some also worry about who should own or use resources such as lunar water, since no country is supposed to claim the Moon.

It is also important to separate facts from predictions. It is a fact that Artemis II succeeded and that NASA has announced a Moon base strategy. It is an opinion that the base is worth the price. It is only a prediction that astronauts will land in 2028 or that a working base will exist in 2036. NASA programs have been delayed many times before, and Mr. Swope advises people to be ready for more delays.

Many students will remember the first Moon landings only from history books, so this moment feels new for a whole generation. The idea of living on another world is exciting, but it is also expensive and risky. Would a permanent Moon base bring people together in a shared project, or would it create a new kind of competition? There is no simple answer, and that is why this story is worth discussing.

Discussion

What was your first reaction when you heard that NASA wants to build a permanent base on the Moon?

Which reason for staying on the Moon, such as science, Mars training, or competition, do you find most convincing, and why?

How should governments decide whether money for space is better spent on space programs or on problems on Earth?

What kind of person do you think could live and work on the Moon for many months, and what would be hardest for them?

Who should be allowed to use resources like lunar water, and how could countries agree on rules?

How do you think competition between countries affects the speed and safety of space exploration?

If you could ask the Artemis II astronauts one question about their journey, what would it be?

Sources

NASA: NASA on Track for Future Missions with Initial Artemis II Assessments

Scientific American: NASA Unveils Ambitious New Moon Base Plans

CSIS: What Comes Next for Artemis?

NASA: Moon Base Announcement Speech, May 26, 2026, Administrator Isaacman Remarks