Key Takeaways
- China aims to land humans on the Moon by 2030 by advancing spacesuit technology and biomedical solutions.
- The Vong Vu spacesuit project focuses on adapting to harsh lunar conditions with high safety and efficiency.
- A successful sleeper trial called Dia Tinh 3 will help prepare astronauts for extended lunar missions by protecting their physical health.
Advancements in Lunar Mission Technology
China is intensifying efforts to send humans to the Moon by 2030, showcasing significant advancements in spacesuit technology and biomedical research. According to reports from Xinhua, details were announced during the space medicine technology conference held in Tianjin on September 19.
The Chinese Astronaut Center highlighted progress in developing the Vong Vu (Wangyu) spacesuit, which is crucial for the upcoming lunar missions. Mr. Truong Van Han, an expert at the center, stated that the project has successfully integrated several core technologies essential for operating on the Moon’s surface. Initiated in 2020, this project addresses the complex requirements of lunar operations, focusing on compact design, optimal size, safety, and high efficiency suitable for the harsh environment of space.
In addition to spacesuit development, the field of space medicine in China is also making notable strides. The Dia Tinh 3 (Dixing 3) sleeper trial, which commenced in May 2026, involved volunteers lying down for 15 to 30 days while performing daily activities to simulate the effects of prolonged zero gravity. Expert Khuc Le Na shared that the results indicate this method effectively protects the muscle, joint, and cardiovascular health of participants. These findings will be pivotal in framing the physical preparedness of astronauts for long-duration missions, particularly for lunar landings proposed in 2030.
The advancements in both technology and medical research reflect China’s comprehensive approach to future space exploration, emphasizing the importance of both physical and technical preparation in achieving its lunar objectives.
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