Researchers at China’s Huazhong University of Science and Technology (HUST) have made significant advancements in lunar base construction techniques, bringing humanity closer to establishing sustainable settlements on the moon.
Since 2015, the team at HUST has been dedicated to overcoming the unique challenges posed by the moon’s ultra-high vacuum environment. Their efforts have led to the development of innovative solutions that could revolutionize extraterrestrial construction.
At the National Center of Technology Innovation for Digital Construction in Wuhan, a prototype lunar station featuring egg-shaped habitats, named “Yuehuzun,” is on display. According to Professor Zhou Cheng, Yuehuzun is designed to withstand the extreme conditions of the lunar surface.
“The egg-shaped Yuehuzun can grapple with the extreme environmental challenges on the moon,” said Zhou. “It has a two-story hollow structure with an internal heating system. An airbag inside can resist moonquakes and provides high thermal insulation, making it a suitable living and working space for astronauts.”
Building stable and durable structures on the moon has long been a daunting challenge for scientists worldwide. The HUST team has focused on utilizing 3D printing technology as a viable solution. By using in-situ materials found on the lunar surface, they aim to construct large-scale habitats efficiently.
“The 3D printing technology allows us to quickly build structures on the lunar surface,” Zhou explained. “It enables us to use local materials and complete large-scale construction, which is crucial for establishing a sustainable presence on the moon.”
China’s ongoing lunar missions have provided valuable data and opportunities for research. The advancements made by the HUST team contribute significantly to the country’s ambitions for lunar exploration and potential colonization.
Reference(s):
Chinese scientists press ahead with lunar base construction project
cgtn.com
