Beijing, China – In a stunning display of engineering and innovation, China has unveiled the world’s first lunar soil brick-making machine at an exhibition in Beijing. This breakthrough technology, developed under the guidance of chief designer Wu Weiren, harnesses solar energy and optical fiber to heat lunar regolith to 1,400–1,500°C, melting it completely for 3D printing bricks in a variety of sizes.
The innovative process eliminates the need to transport water or additional binding agents from Earth, marking a significant stride toward true in-situ resource utilization. This capability is set to play a crucial role in constructing the International Lunar Research Station and underscores the potential for sustainable construction on the lunar surface.
The exhibition, jointly hosted by the National Museum of China and the China National Space Administration, offers a comprehensive look at China’s more than two decades of lunar exploration. For the first time, lunar samples collected by the Chang'e-5 and Chang'e-6 missions from both the near and far sides of the moon are being displayed together, alongside hundreds of artifacts, documents, and images that capture the history and future of lunar exploration.
Looking ahead, China is preparing for its next lunar ventures with the upcoming Chang'e-7 and Chang'e-8 missions, scheduled for 2026 and 2028 respectively. Chang'e-7 aims to land on the lunar south pole to detect water reserves, while Chang'e-8 is poised to establish a robust communication system and energy infrastructure. Wu Weiren expressed optimism about expanding international cooperation, inviting more countries, international research institutions, and foreign scientists to join in this ambitious journey.
Running for two months, the exhibition not only celebrates China's technological prowess but also inspires a global dialogue on sustainable innovation and the future of space exploration.
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China unveils future lunar exploration plans at exhibition in Beijing
cgtn.com
