在10月31日开幕的第七届载人航天学术大会上，中国载人航天工程副总设计师、月球探测工程总设计师王翔介绍了我国载人月球探测工程的“两次发射、环月对接”方案1。该方案通过两枚火箭分别将揽月月面着陆器和梦舟载人飞船送入地月转移轨道，并在环月轨道实现交会对接1。此次大会为期2天，以“智汇星河，数智赋能载人航天高质量发展”为主题，共有800余位专家学者参与1。
目前，长征十号运载火箭及主要飞行产品的研制工作正稳步推进，已完成多项关键大型试验1。具体进展包括梦舟飞船零高度逃逸、揽月着陆器着陆起飞、长征十号低空演示验证与梦舟飞船最大动压逃逸飞行等大型试验1。此外，团队还完成了国内首次火箭再入回收，发挥对重复使用技术的带动作用1。新型举国体制确保全系统协调匹配，一体化设计注重接口验证1。
China's crewed lunar exploration program will utilize a "two-launch, orbital rendezvous and docking" strategy to send astronauts to the Moon. This approach involves launching two separate spacecraft—the Lanyue lunar lander and the Mengzhou crewed spaceship—on independent rockets into trans-lunar orbits, followed by their assembly in lunar orbit 1. The technical plan was detailed by Wang Xiang, deputy chief designer of the China Manned Space Agency and chief designer of the lunar exploration project, during the 7th Academic Conference on Manned Aerospace held from October 31 1.
The conference, themed around intelligent technologies empowering high-quality manned space development, gathered over 800 experts and scholars for a two-day event 1. Wang highlighted that the new national system ensures coordinated matching across all subsystems, with integrated designs prioritizing interface verification 1. Significant progress has been made in developing the Long March 10 rocket and major flight products, including the completion of critical large-scale tests such as the Mengzhou capsule's zero-height escape test, the Lanyue lander's landing and takeoff simulations, and a combined maximum dynamic pressure escape flight test involving both the Long March 10 and Mengzhou systems 1. Additionally, the team achieved China's first rocket reentry and recovery, a milestone expected to drive advancements in reusable launch technology 1.
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