China successfully defeats Jade Rabbit 2 Rover on Moon's distant


The Jade Rabbit 2 Lunar Rover on the moon's far side.
Picture: China's National Space Administration

For the first time in history, a mobile probe is active on the far side of the moon.

At 10:22 pm Beijing time yesterday (Thursday, January 3), China's Jade Rabbit 2 rover touched the slack, soft-snow-like surface, slowly rolling down a track extending from the E4 lander, according to state broadcaster CCTV, Released by the Associated Press. The robber was scattered about 10 hours after the change of Earth's 4×4 spacecraft.

It is now the first time in history that a mobile probe is active on the far side of the moon – a huge accomplishment for the China National Space Administration (SNSA) and the land's burgeoning site program.

"It is a little step forward for the rover, but one giant leap for the Chinese nation," where Weiren, the main designer of the Lunar Exploration Project, has CCTV. "This giant leap is a decisive move for our exploration of space and conquering the universe."

Word of mouth, to be sure, but the true meaning of this statement is probably lost in translation; By "conquering" the universe, where mankind's growing mastery of nature is likely to be spoken, and not some kind of plan to assemble a galactic balance empire. At least we hope.

Picture: China's National Space Administration

A photography taken by the Chang & # 4; E4 lander shows the six-wheeled rover sitting pretty on the lunar surface with a trailing trace trace behind it. In front of him lies an ingenious hole, almost certainly a crater. This picture, along with others, soon after landing, are the first close-up pictures ever taken by the Moon's so-called far side. We call it because it is the side that never faces. Our Moon is temporarily locked, which means one side is perpetually facing our planet. There is a misnomer to call it the "dark side" of the moon, as the sun's rays also reach the moon's outward-fired side.

A shot from the lunar surface took place shortly after landing.
Picture: China's National Administration / Xinhua News Agency by App

Each Rover's see wheels are individually powered, so Jade Rabbit 2 can still move around if one or more wheels suddenly breaks down, the app reports. The rower can avoid the keyboard less than 8 inches in height (20 centimeters) and not place any steeper hills than 20 degrees. Its peak speed is around 200 meters per hour, or just over eight-eight miles per hour

Back in 2013, China deployed its Uu Rover, or Jade Rabbit 1, on the Moon's side as part of the Chang & # 3; E3 mission. It was the first soft landing of a probe on the moon since the Soviet Soviet Lunokhod mission in 1973, but the Uu Rover lost its ability to move on for only two more nights.

Together with the Chang & E4 Lander, Jade Rabbit 2 will collect scientific data to help scientists learn more about the early solar system's conditions, to eradicate the potential presence of water ice, study solar wind conditions and Moon's surface, and study of low-gravity plant growth, among others, scientific goals, according to CNN.

Another cool thing about this mission, as shown by the AP, is that the CNSA used an innovative technology in which the E4 spacecraft automatically scanned the moon's surface before landing, selling the safest possible place to land. That's never been done before.

In addition to collecting expensive scientific data, China is also doing some reconciliation and developing the technologies required for a crushed mission to the moon. Beijing has made it known that it would eventually build a base on the lunar surface.

Indeed, China has finally begun to unravel as a highly capable country, and it is rapidly catching up with the United States, Russia, and the European Union. Personally, I think it's great that other countries have entered the space race in earnest, and if it inspires other countries to keep pace and develop new technologies, all the better. Sometimes a bit of competition is a good thing, so long as it is channeled in the right direction.

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