China ‘N Asia Spaceflight □□️□ April 24, 2023ĭesigned to be very similar to the Apollo missions of the late 60s and early 70s, the lander will separate from the return module and land the taikonauts on the lunar surface. □ WU Weiren, chief designer of China’s lunar exploration program: “Chinese will set foot on the Moon before 2030. One of the flights will carry the lander, while the other will carry the launch and return capsule. According to officials, the fifth and sixth launches of the rocket will be the flights that are involved in the landing of the first crew. They also detailed the progress and development timeline of the upcoming Chang Zheng 10 rocket, which is the cornerstone of China’s lunar ambitions. In the pre-coverage of the Shenzhou-16 launch to the Tiangong Space Station, China detailed several mission parameters of their planned Moon landing(s).Īccording to statements released by the agency and other partners, the China Manned Space Agency is on track to land people on the Moon before the end of the decade. What’s more, China launched a rideshare mission on an all-solid rocket and LandSpace is preparing to launch ZhuQue-2 again in hopes of winning the title of the first methane rocket to ever reach orbit.Ĭhina’s Ambitious Lunar Exploration PlansĬhinese officials have once again announced that the Chinese government plans to land taikonauts on the surface of the Moon by 2030. The Moon-bound satellite represents a major step forward in NASA's Artemis program, an ambitious program which aims to return humans to the lunar surface.Īssuming there aren't any other hiccups, the satellite will be the first spacecraft to perform a special kind of elliptical orbit around the Moon, laying the groundwork for NASA's Gateway station in the Moon's orbit.Over the last few weeks, China has remained busy with both launching rockets and announcing news, as the country outlined its ambitious plans for its upcoming Lunar program, in which they hope to land a taikonaut on the surface of the Moon by 2030. It also managed to keep its antenna pointed towards Earth the entire time while simultaneously topping off its battery charge by keeping its solar panels oriented. Despite the delay, CAPSTONE's autonomous flight software was able to fix things on its own and bring the satellite back into contact, at which point the ground team were able to re-assume control. There are some positive takeaways from this brief blunder. "Hard not to root for the little guy." Flying Solo "And still, the small spacecraft survived," Ars Technica senior space editor Eric Berger tweeted in response to the news. The onboard fault detection system failed to fix and reboot the radio, something it was designed to do, because of a "fault in the spacecraft flight software." While attempting to access diagnostic data to investigate an issue with CAPSTONE's ranging data, an "improperly formatted command" was sent to the satellite, rendering its radio inoperable, according to the update. FaultyĪccording to a NASA update, the issue arose during the commissioning of the CAPSTONE satellite, which typically entails establishing contact with the satellite and checking its systems, among other procedures. Now, thanks to their tireless efforts, we finally know what caused the dropout: a bad command and a software error. Scientists at NASA let out a huge sigh of relief yesterday when NASA was able to successfully restore contact with its CAPSTONE satellite after it unexpectedly plunged into radio silence on Monday.Īnd fortunately for NASA scientists, CAPSTONE " is looking happy and healthy." "Hard not to root for the little guy." All Figured Out
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