Скачать с ютуб China's Chang'e 6 successfully lands on and samples lunar far side。Why can't the US do it? в хорошем качестве

China's Chang'e 6 successfully lands on and samples lunar far side。Why can't the US do it?

hina's Chang'e 6 sets new record in lunar far-side exploration, US space capabilities questioned Lunar far-side exploration: China leads globally, US technology faces bottlenecks China's Chang'e 6 successfully lands on and samples lunar far side Why can't the US do it? China succeeds again! What are the major challenges of lunar far-side sampling? US space capabilities questioned China's Chang'e 6 has successfully landed on and sampled the lunar far side, showcasing China's outstanding capabilities in space exploration. While the US has conducted multiple lunar missions in the past, it now faces challenges in both far-side and near-side lunar exploration, highlighting issues with its space technology. At the same time, questions are raised about US space capabilities! Is this true? Dear viewers! Welcome back to our channel! I'm excited to share and discuss today's topic with you: why can China's Chang'e 6 successfully achieve lunar far-side landing and sampling while the US encounters difficulties? What critical role do relay satellites play in lunar far-side exploration missions? Why does the US lack corresponding configurations? Will the US's return to the moon program face delays due to technical issues? What impact will this have on US space strategy? Yes, dear viewers, what really happened here? What secrets and stories are there? The upcoming video will detail and unveil them for you, so stay tuned! China's Chang'e 6 successfully landed on the lunar far side and has safely returned home, completing its tasks excellently. Throughout the mission, the most crucial aspects were landing and sampling! Firstly, landing was extremely challenging; not only on the lunar far side but even on the near side, many countries find it unachievable. After the successful landing on the lunar far side, Chang'e 6 focused on the task of collecting lunar soil samples. China planned to complete this challenge within just 48 hours. To achieve this goal, two main sampling methods were employed. Firstly, surface sampling technology involved precise operations using a robotic arm and grabber to directly collect a certain amount of lunar soil from the lunar surface, which was then properly sealed. Secondly, deep drilling technology utilized a specially designed drill to penetrate about 2 meters below the lunar surface, extracting intact lunar soil from there. These two methods together ensured the efficiency and comprehensiveness of the sampling task.