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It all comes down to how to collect space ice. The moon is the closest nei-or of the earth and a satellite of the earth. From the launch of the Clementine orbit detector in 1994 to the lunar exploration orbiter launched in recent years, there have been many remote sensing spacecraft flying around the moon, and a large number of permanent ice has been found in the moon crater which is not deep at the bottom.

More than ten years ago, the Lunar Crater Observation and remote sensing probe (LCROSS) collided with the moon crater in the permanent shadow area. After another probe sampled and analyzed the spuTTERED material, it was found that 5% of the sputtered material was water, so it was speculated that there was ice in the crater in the permanent shadow area of the moon, but researchers still had many problems.

NASA has funded a number of small space missions, partnering with new space companies to launch probes to explore the moon. The first robotic mission of commercial lunar payload service (CLPs) will be launched next year, and more will follow. The lander will be euipped with shovels and spectrometers to collect the moon's chemical composition, and probes such as the lunar rover will be euipped with sensors to measure the su-ce soil composition, including water content.

One of the most important space missions is the 2022 launch of the &uot;Viper&uot; probe, which will investigate and analyze the volatile substances in the moon's polar regions. The probe is also euipped with a number of euipment such as drills. The car sized probe will draw the first map of the moon's water resources.