Home » News » Chinese Rocket Booster Gets uncontrolled and falls Into the Pacific Ocean 2nd time

Chinese Rocket Booster Gets uncontrolled and falls Into the Pacific Ocean 2nd time

(Image Credit Google)
For the second occasion this year, a Chinese rocket booster performed an uncontrolled re-entry into the atmosphere. On Friday, November 4, the U.S. Space Command reported that booster fragments from a Long March 5B rocket were making a re-entry and falling into the Pacific Ocean. Observers were concerned that the booster could have impacted anywhere from Northern and Central America to Africa or Australia, so it was fortunate that it dropped into the water and caused no damage. There have been no reports of injuries as a result of debris from a previous Long March 5B rocket making an uncontrolled descent in July of this year, with some debris apparently landing near towns in Malaysia and Indonesia. This time, the booster came from a rocket that was used on October 31 to launch the third module of China's new space station. NASA officials have criticized the risk of letting uncontrolled rocket pieces fall through the atmosphere as being needless. According to the New York Times, NASA Administrator Bill Nelson said, "It is critical that all spacefaring nations are responsible and transparent in their space activities and follow established best practices, especially, for the uncontrolled re-entry of a large rocket body debris — debris that could very well result in major damage or loss of life." PLUME : An intelligent rocket launches in house Chinese officials maintain that an uncontrolled re-entry of the first-stage booster made by the Long March 5B rocket is safe because the majority of its parts burn up in the atmosphere. Experts disagree, stating that allowing these unrestrained descents to occur is reckless and deadly. Director General of the European Space Agency Josef Aschbacher stated on Twitter that "today's uncontrolled #LongMarch5B re-entry emphasizes the mounting risk for vital infrastructure both in space & on the ground posed by unsustainable spaceflight operations." The average annual mass of the roughly 100 major pieces of debris that have returned to Earth over the last ten years is 150 metric tons. To better track, forecast, and mitigate satellites and rocket bodies headed for uncontrolled re-entries, we must concentrate on technology. Spain had to briefly seal off portions of its airspace when the debris passed through it.

By Jozeph P

Journalism explorer, tech Enthusiast. Love to read and write.

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