China Prepares Chang'e-7 Lunar South Pole Probe for Upcoming Launch

China's Chang'e-7 lunar probe and its Long March-5 Y14 carrier rocket were vertically transferred to the launch pad at the Wenchang Space Launch Site on August 19. According to state media reports, the spacecraft and launch vehicle have completed assembly and technical preparations following their arrivals in April and July respectively. Ground crews are now conducting final functional checks, joint testing, and propellant loading ahead of an upcoming launch window. The mission is designed to survey environmental conditions and resources at the moon's south pole using orbiters, landers, rovers, and a mini-flying craft.

Chang'e-7 represents a pivotal step in Phase 4 of China's lunar exploration program. By targeting the lunar south pole—specifically permanently shadowed craters where water ice may exist—the mission aims to gather crucial data for lunar science and lay technical groundwork for the planned International Lunar Research Station.

China's Chang'e-7 lunar probe and its Long March-5 Y14 carrier rocket were vertically transferred to the launch pad at the Wenchang Space Launch Site in southern Hainan province on August 19, according to reports by Xinhua News Agency and state media outlets. The combined spacecraft and launch vehicle completed preliminary testing and integration inside the technical processing facility prior to rollout. Officials noted that the Chang'e-7 spacecraft arrived at the launch site in April, while the Long March-5 Y14 rocket was delivered in July. Since then, ground crews have completed general assembly and multi-stage testing. According to space officials cited by state media, all launch site facilities and equipment are operating in good condition. The mission team is now proceeding with pre-launch preparations, including final system health checks, full-system joint simulations, and propellant loading, ahead of a launch planned for the coming days. Chang'e-7 is tasked with conducting comprehensive scientific surveys of the lunar south pole. Key technical and scientific goals include demonstrating high-precision soft landings, legged surface mobility, lunar hopping or flying maneuvers, and direct exploration within permanently shadowed craters. To accomplish these objectives, the mission employs a multi-element architecture combining orbiting, landing, roving, and localized hopping operations to analyze polar topography, soil composition, and potential volatile deposits like water ice. Official announcements also state that the mission incorporates international scientific collaboration payloads as part of its broader research program.