Although the man standing up is still very young, since he has the ability to come here and is qualified to participate in this meeting, it means that this young man is by no means an ordinary person, otherwise he would definitely not be qualified to sit

In the venue, Zhang Yi nodded to him, and then said to him: "Please tell me."

Hearing Zhang Yi's words, the young man stood up and replied excitedly: "Mr. Zhang, and fellow scholars, my name is Fang Jun, from the Federal Asia District. Just now, Mr. Zhang has said that for Venus

The main difficulty in the second phase of the transformation project is that the existing spaceships of our human civilization, especially the number of spaceships capable of carrying out space engineering construction, are too small.

Although we have begun to let the relevant spacecraft manufacturers fully produce, it is obviously impossible to produce enough spaceships within a period of time. After all, we now have all the spaceships in the entire Earth Federation.

The total number of manufacturers added up is only less than Bai Laijia. The total annual output is added up, which is less than 10,000 spacecrafts of various types. Among the production of less than 10,000 spacecrafts,

Military use alone accounts for nearly one-third of the production. In other words, the actual production available to us now is less than 7,000 ships, and more than 90% of them are only small spacecraft.

And based on the current situation of our entire human race, it is obviously very unrealistic to increase the production of spacecraft on a large scale within a period of time. Not to mention the production of various production equipment required for the production of spacecraft.

Time can solve it. Even the situation of various resources required to produce spacecraft, such as various metals and other materials, is not optimistic. In other words, if we want to solve the difficulties in spacecraft production, we must first solve various problems.

It depends on the resources and production equipment.

However, due to the development of our civilization, the situation of many resources on our earth is not optimistic now, and many resources are even in a state of exhaustion. Maybe many people will say that there are many resources on the moon now, but we

What I want to tell you is that, in fact, except for some specific resources on the moon, there are not too many other resources. There are even many resources that we have not discovered on the moon, and many resources are being exploited.

There are also many difficulties in this aspect.

In other words, in terms of resources, we must find another way, that is, to mine them from places other than the earth and the moon. However, the old problem comes again, that is, the number of my spaceships is too few.

Regarding this problem, I suggest developing a micro-unmanned spacecraft specifically for mineral transportation. Of course, it is best to develop an engineering smelting spacecraft specifically for conventional mineral refining. After all, the number of our transport spacecraft is too small.

, in this case, with unmanned transport spacecraft and engineering smelting spacecraft for conventional minerals, our transportation pressure will be much less.

After all, those spacecrafts used by civilians to mine space minerals actually spent most of their time on the way back and forth. Therefore, if the transportation and smelting problems are solved, the efficiency will be greatly improved. According to my estimation,

It can at least increase our humankind’s efficiency in mining mineral resources in the universe by 50% to 70%.”

After listening to Fang Jun's words, Zhang Yi thought for a while and realized that if, as Fang Jun said, a dedicated space unmanned micro-spacecraft could be developed, it would indeed be able to greatly alleviate the current shortage of space transport spacecraft in human civilization.

As for whether the current human civilization has the ability to develop an unmanned transport spacecraft for space transportation within a period of time, Zhang Yi has no doubt about this. In terms of software, human civilization is currently in terms of computers, artificial intelligence

It has made remarkable achievements in all aspects. Even without the help of system experts, given the current situation of human civilization, an intelligent system for unmanned space transportation can be developed in a short period of time.

In terms of hardware, there are basically no problems. After all, the current earth civilization already has many aircraft manufacturers that are capable of manufacturing various unmanned space vehicles, such as various satellites and detection equipment, even as early as humans.

Before Zhang Yi really went into space on a large scale, that is, before Zhang Yi got the system, the world's major aerospace countries were able to develop various unmanned aerial vehicles, so there was no difficulty in hardware manufacturing.

.

After all, the current civilization on earth can already produce various models of spacecraft for manned space navigation, let alone unmanned spacecraft. We also know that compared with the manufacturing of manned spacecraft, the manufacturing of unmanned spacecraft is definitely simpler.

There are so many, not to mention micro-unmanned spacecraft.

At the same time, Zhang Yi also fully agreed with another question raised by Fang Jun. After all, humans cannot only move in the inner circle of the solar system forever. Sooner or later, humans will have to go out of the inner circle of the temple and even the entire solar system. Therefore, special minerals are manufactured

Smelting spaceships is very necessary, and even when sufficient technology is available in the future, humans will still build large-scale comprehensive industrial manufacturing spaceships.

At the same time, Zhang Yi looked at the entire meeting and many people nodded. It was obvious that these people also very much agreed with what Fang Jun said, so Zhang Yi said: "I very much agree with what Fang Jun said, and at the same time I also

I think it is very necessary. After all, I think everyone here is very clear about the difficulty of building a manned space transport spacecraft. Even if it is the smallest low-Earth orbit manned spacecraft in our current human civilization, let alone a certain distance.

capable space transport spacecraft.

But manufacturing an unmanned micro spacecraft is different. After all, in addition to the energy and power, navigation, communication and other systems of the spacecraft, a manned spacecraft must also have a biological security system, a water circulation system, and other microbial and bacterial elimination systems, etc.

In addition, the spacecraft must also have strong defense and a certain amount of force to ensure that the spacecraft has a certain self-defense capability during space navigation.

The unmanned spacecraft is different. In addition to the power, navigation, and other systems of the spacecraft itself, the unmanned spacecraft does not need to install other complex life support systems. At the same time, when building the spacecraft, there is no need to build heavy armor.
Chapter completed!