The Chang'e-6 mission has reached a significant milestone, providing the world with unprecedented live footage of its return from the moon's far side. Capturing a rapidly falling object is no small feat, as the velocity increases constantly during freefall, making continuous filming a challenging endeavor.
However, during the Chang'e-6's descent, mission control successfully received a live video signal well before touchdown. This remarkable achievement was made possible by the strategic deployment of seven trajectory measurement devices within a five-to-seven-kilometer radius of the landing site.
\"We deployed seven trajectory measurement devices within a five-to-seven-kilometer radius of the aiming point,\" explained An Xueguang from the landing site's trajectory measurement team. These devices are outfitted with high-resolution cameras and advanced sensors, enabling them to capture every detail of the spacecraft's return.
According to a report by China Media Group (CMG), these technologies ensured that humankind's first samples from the moon's far side were meticulously recorded, marking a new chapter in lunar exploration. The successful live stream not only showcases the technical prowess behind the mission but also serves as a testament to the advancements in space monitoring and data collection.
As the global community continues to watch space missions with keen interest, Chang'e-6 sets a new standard for real-time space exploration coverage, inspiring future missions and fostering international collaboration in unraveling the mysteries of the cosmos.
Reference(s):
Unraveling Chang'e-6: How did they get images of the falling returner?
cgtn.com
