The Yutu lunar rover is slow, so why is the American lunar rover fast?

The speed of the Yutu lunar rover on the moon is slow because we Chinese scientists have set the speed relatively slowly in consideration of the need to be safe, while the American lunar rover is fast because the American character is a more acute character, and the things they designed are relatively fast.

On the one hand, it may be due to the problem of science and technology, the level of science and technology in the United States is relatively high compared with China, and on the other hand, it may be the problem of fuel, and the fuel used by the United States may be more advanced than China in terms of composition.

This is because the United States has accumulated sufficient technology, while China's lunar exploration project is still in its infancy and development.

Lunar radar, mystery huts, advanced probes. China's aerospace industry.

A huge breakthrough has been made, Chang'e.

No. 12 and Tianwen-1.

and so on, so that China began to enter its own space station.

And for further exploration, the launch of Yutu-2 is to bring us the latest scientific and technological innovations, and the discovery of all kinds of black technologies on the lunar rover is promoting the progress of human causes, promoting the continuous improvement of people's cognitive level, so as to achieve a better China.

1. Lunar radar.

Faced with so many unknowns on the moon, astronauts began to explore with a sense of anticipation, and lunar radar is a great technology that can not only accurately detect Mars.

and other specific location information, but also to broaden the field of vision, prepare in advance, mention the radar, will give us a kind of universal technology impression, seems to have its own excellent quality, with our belief to get more cognition.

2. Mystery Lodge.

The discovery of the mysterious hut in the Jade Rabbit No. 2 has caused us all kinds of associations, and made various analogies to this mysterious hut, some people think that this is a continuation of our ancient buildings, some people think that this is the entrance to another interstellar space, no matter what, it is pushing us forward, and the discovery of the mysterious hut has also made the black technology of detection radar to a higher level, providing a certain guiding role, so that we can gain more knowledge in the future.

3. Advanced detectors.

The function of the mobile detector is very powerful, and even can rotate 360 degrees, whether it is in space, or on the earth, can play its own role, the Yutu-2 planet vehicle is relying on a variety of mobile probes to explore, to all kinds of strange things to have associations, arouse people's curiosity, in the future to promote astronauts to bring new cognition to China, can discover more wonderful world, create a different China.

1. Jet technology on the lunar rover is very advanced. Second, the electronic technology on the lunar rover is very high-end. Third, the driving force on the lunar rover is very strong. Fourth, the digital technology on the lunar rover is high. 5. There are a lot of drives on the lunar rover.

The unmanned probe is permanent on the surface of the moon, and if it rolls over, it will basically be scrapped. In order to be safe, let the unmanned probe go slower.

The unmanned probe on the surface of the moon in the former Soviet Union is also about the same speed as China's Yutu-2. The manned lunar landing of the United States was not used in the Apollo 11 program, but the lunar rover was used only in the later manned lunar landings.

This is because our Jade Rabbit sleeps more slowly, and we think it is better to sleep slower.

Because the Jade Rabbit lunar rover has a special role, it can't go that fast.

Because the United States has relatively developed space technology, it will drive faster.

This is because our technology is not as advanced as that of the United States, so we run slower.

Because these two are different, they have their own characteristics, and the speed is not the same.

Because their role is different, the purpose of going to the moon is different, isn't it.

This is probably because it was designed with such speed.

At about 9 a.m. on November 26, 2013, the Bureau of Science, Technology and Industry for National Defense held a press conference to announce that the name of the "Chang'e-3 Duan Hunger" lunar rover was "Yutu". The Chang'e-3 rover is designed to have a mass of 140 kilograms, which is powered by solar energy and can withstand extreme environments such as vacuum on the lunar surface, strong radiation, and extreme temperatures of -180 degrees Celsius to -150 degrees Celsius. The lunar rover has the ability to climb 20 degrees and cross obstacles by 20 centimeters, and is equipped with scientific detection instruments such as panoramic camera, infrared imaging spectrometer, lunar radar, and particle excitation X-ray spectrometer.

At 1:30 a.m. on December 2, 2013, China successfully launched the Chang'e-3 probe, consisting of a lander and a Yutu lunar rover, into orbit at the Xichang Satellite Launch Center. At 4:35 a.m. on December 15, 2013, the Chang'e-3 lander separated from the rover, and the Yutu rover successfully sailed to the surface of the moon. At 23:45 on December 15, the Yutu completed the rotation around Chang'e-3 to take pictures, and sent it back**.

In the early morning of January 25, 2014, the Chang'e-3 lunar rover went dormant on a moonlit night for the second time. However, before hibernation, due to the influence of the complex lunar environment, the mechanism control of the lunar rover was abnormal, and the relevant parties are organizing experts to investigate.

The temperature difference between day and night on the moon is as high as 300 orange volts, and the Yutu lunar rover has to be detected in such a huge Wenwu land difference and other bad potato environment, what I want to say is: Yutu, you can still complete the exploration task in such a huge temperature range, you are simply amazing!

So the answer is: Jade Rabbit, you can still complete the detection task in such a huge temperature range, you are simply amazing