Military Technology

The environment on the moon is very harsh, and rashly using too radical a plan may cause many problems. Therefore, the technology on many detectors is not actually the most advanced technology, but the most reliable technology. After all, they are too far apart and out of reach. Once a certain system or component has a problem, it will cause the entire detector to fail. There are too many examples of this.

Almost all damaged detectors are caused by damage to a very small component. It is very easy to repair on the earth, but this is in the universe and extraterrestrial planets tens of thousands, hundreds of thousands and billions of kilometers away, so repairs are very difficult. becomes extremely difficult.

Although scientists thought of countless ways to save it, they finally gave up.

Wu Hao's equipment does not have these problems, because they are located at the Zhihai Lunar Surface Scientific Research Station, which is equivalent to a base. There are many devices here. Even if one device fails, other devices can still work, and other devices can also be used to repair the faulty device.

That’s why they have the confidence to use so many advanced technologies. Even the so-called fast battery charging technology, which is not the latest technology on earth, is considered a relatively radical technical solution when used on the moon.

The assembly of the two engineering transport vehicles did not take long, taking a total of five days. After the assembly is completed, the related transportation work begins.

With the addition of these two engineering transport vehicles, the entire transportation work has become much more convenient and faster. In addition to the related materials and equipment carried by the Lunar Cargo Transfer-3 spacecraft, these two engineering transport vehicles also transported the remaining related materials from the previous two spacecrafts to the material storage point of the Zhihai Lunar Surface Scientific Exploration Station.

The main reason why the transportation was not completed before was because the transportation vehicles were limited, so I transported only those I used. But now, the transportation tools have been greatly upgraded, and the carrying capacity has been greatly increased, so naturally they can be transported here.

Although the engineering transport vehicles have been assembled and put into operation, there is no rush to transport the golden meteorite core.

Although the outside world is very concerned about this mission, in Wu Hao's view, this matter is not urgent. First of all, there is still more than half a year until the launch of the lunar return experimental spacecraft in the second half of the year. There is plenty of time, so there is no need to rush. All it takes is to transport the golden meteorite core back before this mission. Of course, there is no need to wait that late.

Secondly, the main purpose of these two engineering transport vehicles arriving on the moon is to build the Zhihai lunar surface scientific research station. Naturally, it is impossible to put the cart before the horse and ignore the other.

The last thing is that these two engineering transport vehicles have just been assembled and need to be tested and adjusted for a period of time. Otherwise, going so rashly is likely to cause problems, and the gains outweigh the losses.

This inevitably disappointed many people in the outside world. Originally, everyone thought that the two engineering transport vehicles arrived on the moon to transport the golden meteorite core. Unexpectedly, they were not in a hurry at all, which made a group of concerned people very worried. in a hurry.

In fact, not only the outside world, but also Haoyu Aerospace and Haoyu Technology are also very concerned about this treasure transportation operation. Everyone is looking forward to this mission being carried out as soon as possible.

But from Wu Hao's point of view, this matter should not be too rushed. Good things come in many ways, so they must be fully prepared. After all, they are more than 1,400 kilometers apart, and this round trip is 2,800 kilometers. This is not a close distance.

Such a long round trip is a serious test for all the equipment involved in the operation. If not properly prepared, it is likely to cause the entire mission to fail. It may even cause all the equipment involved in the operation to be damaged and have to be abandoned. Such losses can be huge. That's big.

Another example is the simplest question, which is how to choose the route for the 2,800 kilometers round trip. This is also a big problem.

You know, the weight of these two vehicles is not light. Coupled with the gold meteorite core that weighs more than one ton, the weight is not light. Although the moon's gravity is very small, only one-sixth that of the earth, the lunar soil is very soft. If the object is too heavy, it is likely to cause a car to get stuck.

Once a car gets stuck, it will be very troublesome to rescue.

Therefore, the entire route must be carefully planned. Only when everything is ready can we start taking action.

In addition to these problems, the rest are operational issues. The first and most important thing is how to distribute and handle the golden meteorite star core.

There are currently many people staring at the core of this golden meteorite. They dare not rush to transport it back without confirming it in advance. Otherwise, the pressure will be too great and they may not be able to bear it.

Especially in a domestic society where favors are favored, sometimes favors are really difficult to withstand. Wu Hao himself was not sure, so naturally he would not take the risk.

Therefore, they will use this time to actively communicate and discuss with these people to come up with a reasonable plan.

Although the spacecraft's capacity was tight this time, it still transported almost 100 kilograms of various scientific research equipment for domestic and foreign scientific research institutions.

In addition to those directly installed on the lander, some of these scientific research and detection equipment are placed separately. These need to be transported and placed in various areas using multi-purpose intelligent robots or the Wangshu-2 lunar rover.

And because these scientific research and detection equipment are relatively small in size and have limited power, they cannot communicate directly with the earth, so Wu Hao's large communication antennas need to be responsible for relay communication tasks.

Of course, these are all first flights, and the cost is not low. But even so, there are still many scientific research institutions flocking to it. Why, in the final analysis it is still cheap and very cost-effective.

They only need to develop the relevant scientific research and detection equipment, and the rest will be handed over directly to Haoyu Aerospace, which will be responsible for sending their equipment to the moon, and then installing and debugging it according to their requirements. Finally, they They only need to directly harvest the relevant scientific research and detection data, and they don't need to worry about anything else. And the fee is very cheap, which is much cheaper and more cost-effective than launching a detector yourself.

Therefore, there are many partners seeking to put their own scientific research probes on the Lunar Cargo Transfer-3 spacecraft, whose payload exceeds two tons.

In the end, Yu Chengwu and the others reluctantly left a load of 100 kilograms after refusing many times. This disappointed many partners who did not get a spot.

However, everyone was not discouraged and soon set their sights on the returnable experimental spacecraft they would launch in the second half of the year.

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