Moon Review & Guide: China's 'How to Use the Moon' Blueprint Unveiled in April 2026
The moon—our familiar night-sky companion. But the era of actually "using" the moon is now just around the corner. In early April, at an emergency briefing in Beijing, insiders from China's space agency unexpectedly unveiled a series of roadmaps. Going beyond simple exploration, they revealed concrete plans for a lunar base and resource extraction. Suddenly, the 'Moon review' is no longer just science fiction.
Moon Review, First Half of 2026: Leaps and Reactions
Having followed this trend for years, the core of this announcement is the 'Lunar Base Pilot Zone' to be built near the "Peak of Eternal Light" at the moon's south pole. The goal: land the first foundation modules by next year, and establish a minimal infrastructure capable of housing astronauts by 2030. What's especially notable is that 'in-situ resource utilization' was laid out with specific numbers.
Moon Guide: Where Should We Be Looking?
With so much news swirling, an accurate 'Moon guide' is exactly what we need. Just focus on these key points, and the big picture becomes clear.
- Water ice resource development: Technology to extract water ice buried in lunar south pole craters and convert it into drinking water, oxygen, and rocket fuel. The pilot operation timeline has been moved up to 2027.
- Commercial helium-3 mining: The dream fuel for future nuclear fusion power. This roadmap includes plans for a pilot plant to mine and refine lunar samples.
- International cooperation framework: There are hints that, separate from certain other nations, China is discussing technology-sharing arrangements with several countries in Asia and the Middle East.
This goes far beyond just planting a flag. We're entering the practical stage of "how to use it."
How to Use the Moon: Tomorrow's Energy and Today's Business
So let's get specific about 'how to use the Moon'. Many people might think, "What does that have to do with me?" But these technologies will transform our daily lives faster than you think.
First, the expansion of the low-Earth orbit economy. If we can source lunar materials directly in space, the cost of launching supplies from Earth drops dramatically. The result: cheaper satellite internet, space tourism, and even communications in Earth's most remote regions. Second, there's the spillover effect of new materials and energy tech. Advanced materials developed in the moon's vacuum and low-gravity environment could be adapted for next-gen batteries or medical devices. I personally believe that by the mid-2030s, our kids will be learning 'how to use lunar resources' in school.
Of course, there are huge hurdles: interpretations of international space treaties, massive upfront investment costs, and unproven technologies. But the blueprint that's now emerging sends a clear signal. From a moon we simply gaze at, to a moon we put to work. This map of the moon, just now being drawn, will become the hottest frontier determining humanity's sustainable future for decades to come.