China to 3D Print Bricks on Moon Using Lunar Soil by 2028 | Future Moon Base Construction
China plans to 3D print bricks on moon using lunar soil by 2028 with its Chang’e 8 mission, aiming to build a future lunar base and revolutionize space construction.
As China accelerates its efforts to 3D print bricks on moon, other nations are also eyeing lunar development. The United States, through NASA’s Artemis program, is planning manned missions to the moon and possibly Mars. These parallel ambitions highlight a renewed global space race, one that’s no longer about just reaching the moon but about living and working there.
With this mission, China aims to solve one of the biggest problems in space travel: transporting building materials from Earth. By using lunar soil, also known as regolith, and 3D printing technology, China is working toward in-situ resource utilization (ISRU) a method that reduces costs and improves efficiency.
What Is Chang’e 8 and Why Is It Important?(3D print bricks on moon)
The Chang’e 8 spacecraft, scheduled for launch in 2028, is part of China’s roadmap to build the International Lunar Research Station (ILRS). The mission’s highlight will be its attempt to 3D print bricks on moon using melted lunar soil, shaped through advanced 3D printing processes.
This project could set the stage for the construction of landing pads, shelters, and even roads on the moon all using materials found directly on the surface. It’s a concept that was once considered science fiction, but China is working to make it a reality. This is the kind of breaking news that has scientists and space agencies around the world paying close attention.
How Will Lunar Bricks Be Made?
According to Wu Weiren, chief designer of the Chinese Lunar Exploration Program, a solar-powered system will concentrate sunlight to reach temperatures between 1,400°C to 1,500°C (2,552–2,732°F) hot enough to melt lunar soil. Once molten, the material will be 3D printed into bricks of various shapes and sizes.
This approach would allow China to 3D print bricks on moon without transporting large quantities of building material from Earth. Wu explains that the system uses fiber optics to transfer solar energy and could become a model for future lunar and Martian habitats.
The story of lunar brick-making is now part of the latest news headlines, and it’s not hard to see why it represents a true leap in sustainable space technology.
Ongoing Tests in Space
This isn’t China’s first experiment in lunar construction. The country has already sent prototype bricks made from lunar soil simulant to its Tiangong space station. These test bricks are being exposed to extreme conditions — radiation, temperature fluctuations, and vacuum — to see how they hold up in space.
If these bricks pass durability tests, they’ll prove that 3D print bricks on moon is more than just an idea. It could soon be a practical solution for building real structures beyond Earth’s atmosphere. This makes it one of the most significant entries in today’s Top 10 news from the space industry.
Search for Water and Future Lunar Bases
Before Chang’e 8 takes off, China will launch Chang’e 7 in 2026, targeting the moon’s south pole. The mission will look for water ice in permanently shadowed craters, which could provide a source of drinking water, breathable oxygen, and fuel.
Combining the ability to find water with the plan to 3D print bricks on moon means China is setting the stage for long-term human presence on the moon. These efforts are attracting global media attention and dominating trending news feeds about space innovation.
China’s vision to 3D print bricks on moon is more than a scientific breakthrough — it’s a bold step toward off-Earth civilization. As missions progress and technology advances, this idea is quickly transitioning from theory to application. It’s no wonder this story continues to trend in breaking news and latest news headlines around the world.
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