02.04.2026 10:19
NASA sent a crewed spacecraft to the Moon for the first time in 54 years. The four-person team will not set foot on the Moon but will capture images of its unknown, unseen parts. So, why is NASA's "Artemis II mission" important? The main goal of the Artemis II mission is to test critical systems for future landings and a journey to Mars. In this process, where the space competition between the U.S. and China is accelerating, the mission is seen as the first step in plans to access resources on the Moon and establish a permanent base.
NASA has once again carried out a manned journey to the Moon with the Artemis II mission after 54 years. The mission, which will last approximately 10 days, will not see the 4-member crew set foot on the Moon. The team will test the systems on the spacecraft, capture images of previously unseen parts of the Moon, and explore areas where landings could occur in future missions. So why is the "Artemis II mission" important?
With the Artemis II mission, which sends four astronauts to lunar orbit, NASA plans to restart manned lunar exploration; the goal is not only to return to the Moon but also to establish a permanent base and pave the way for a journey to Mars.
STRATEGIC AND SCIENTIFIC GOALS BEHIND THE RETURN TO THE MOON NASA is preparing for a new manned lunar mission as a result of years of work under the Artemis program. The primary aim of the program, which has cost approximately $93 billion to date, is to lay the groundwork for future landings and a permanent lunar base through journeys around the Moon.
During the Apollo missions conducted in the 1960s and 1970s, there were six landings on the Moon's surface, but after these explorations, the lunar program was shelved for a long time. Nevertheless, NASA has decided to return to the Moon in line with new technological and strategic goals.
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RESOURCES ON THE MOON ARE STRIKING Scientists indicate that the Moon's surface has much richer resources than previously thought. Planetary scientist Prof. Sara Russell from the Natural History Museum states that a large portion of the elements found on Earth is present on the Moon, and rare earth elements may be found in significant concentrations in certain areas.
In addition to metals like iron and titanium, helium, which has a wide range of applications from superconductors to medical technologies, is also found on the Moon. However, the most striking resource is water. It is reported that there are water reserves in the form of ice in the polar regions of the Moon and in craters that remain in perpetual shadow.
This water can not only meet drinking needs but can also be separated into hydrogen and oxygen, making it usable in life support systems and rocket fuel production.
A NEW COMPETITION IN SPACE: THE US AND CHINA FACE OFF The space race between the US and the Soviet Union during the Cold War has now given way to competition between the US and China. China has successfully sent robotic vehicles to the Moon and aims to conduct manned missions by 2030.
Astronaut Buzz Aldrin on the Moon's surface in 1969 Both countries are targeting the regions on the Moon with the richest resources. Although the 1967 United Nations Outer Space Treaty prohibits the establishment of sovereignty over the Moon, there are gray areas regarding the use of resources. The first British astronaut, Dr. Helen Sharman, emphasizes that while countries cannot claim ownership on the Moon, they can operate in certain areas for extended periods.
A TEST BED FOR MARS NASA also sees the Moon as a preparation area for manned missions to Mars. Libby Jackson from the London Science Museum states that long-duration missions on the Moon are safer and more economical for testing living and working conditions on another planet.
With a base established on the Moon, critical technologies such as air and water production, energy provision, radiation protection, and habitat construction will be developed. These systems will be tested on the Moon before being directly applied on Mars.
THE MOON AS AN ARCHIVE OF EARTH'S HISTORY Scientists believe that new samples brought back from the Moon will open the door to major discoveries. The rocks brought back during the Apollo missions revealed that the Moon's formation was the result of a large celestial body colliding with Earth.
Since there are no plate movements, erosive processes like wind and rain on the Moon, its surface preserves billions of years of history. For this reason, the Moon is considered a unique time capsule that sheds light on the early period of Earth.
INSPIRATION FOR NEW GENERATIONS AND SPACE ECONOMY The high-resolution images from the Artemis missions aim to encourage new generations to pursue careers in science and engineering. The space program is also expected to create new employment opportunities while producing by-products from the developed technologies that can be used on Earth.
Helen Sharman states that the return to the Moon will have not only scientific but also social impacts, expressing that such projects motivate humanity to unite around a common goal.