Therefore, Jiang Cheng is not worried at all about not having enough technical personnel under his command. Countless technical personnel want to join Jiang Cheng's plan and move towards Hao's universe with him.
It’s a strange thing to say, but the people from the Chinese Space Agency were just seconded here.
But so much time has passed, and the space agency has not asked Jiang Cheng to return the original group of technicians.
The technicians who came from the space agency are living a good life now and have not mentioned going back.
Jiang Cheng would certainly not bring up this matter on his own initiative. He was reluctant to let these people go back, especially since Xiao Peng was his right-hand man. Jiang Cheng would never let him go.
So the matter was delayed and everyone tacitly agreed not to mention it.
It is estimated that the Chinese top leaders saw that Jiang Cheng had such great achievements in the aerospace field, so they tacitly allowed these people to follow Jiang Cheng in the future.
After Jiang Cheng walked into the Aerospace Technology Company, he greeted the two girls at the front desk and walked directly towards the laboratory.
There are many laboratories in the entire aerospace technology company, each of which is carrying out different technical research and development work.
This time Jiang Cheng was going to the company's main laboratory, which was also the largest of all the laboratories.
It is also the laboratory with the most equipment and technical personnel.
As soon as Jiang Cheng walked into the main laboratory, he saw countless technicians busy with their own work.
Some of them were operating the equipment at hand and carrying out some experimental plans.
Some people were writing and drawing on the computer, apparently drawing the design of something.
More people gathered around a huge test bench, seemingly discussing something.
Each of them performs their duties and contributes their own strength to the entire technical team.
Jiang Cheng walked directly to the workbench, stood next to the technicians, and saw what they were discussing.
This giant workbench is placed in the center of the laboratory, occupying a large area inside the laboratory.
There were many technicians standing around the workbench, discussing some technical issues intensely.
A young technician was expressing his opinion in a very loud voice, as if he wanted to emphasize his tone in this way.
I think this Martian mining robot should not use this transmission design. Although this transmission design has a high efficiency in power transmission, its stability is not good enough.
If the mining robot breaks down on Mars, there will be no conditions for maintenance on Mars, so a more conservative transmission design should be adopted, sacrificing some power to ensure the stability of the entire equipment. A middle-aged technician standing next to him seemed to disagree with his point of view, and immediately refuted it after he finished speaking.
You are right. If you want to have stronger power, you must sacrifice some stability. This makes mining robots more prone to failure.
“But have you ever considered that if the mining robots are not powered enough, the mining efficiency will be greatly reduced. If you want to complete the scheduled tasks, you have to increase the number of mining robots.
This way we will have to send more mining robots to Mars. You know how difficult it is to send things to Mars. If the mining robots are too inefficient, it would be more cost-effective to send materials directly to Mars.
The middle-aged man brought up the issue of work efficiency with him, and it seemed that he had a completely different opinion from the young technician.
He believes that stability can be sacrificed for efficiency, and work efficiency is the top priority.
It turned out that the issue these technicians were discussing was technical issues with mining robots.
If the Mars landing plan is successful this time, Jiang Cheng’s next step will be to build a simple base on Mars for use by astronauts who will go to Mars later.
A lot of materials are needed to build a base. If all of them are sent from Earth to Mars, too many rockets will be needed.
So Jiang Cheng thought that they could use local materials on Mars and mine some simple metal materials from Mars.
But mining and smelting metals on Mars is not an easy task.
Jiang Cheng solved the problem of smelting metal by then, and he had designed an integrated smelting device.
This device uses nuclear fusion as its energy source and can melt all minerals into metal products.
It is also possible to perform some simple processing on these technical products and forge them into the desired shape.
In other words, with this integrated smelting device, you only need to put the minerals in to get the desired metal parts.
As soon as you hear it, you know that this integrated smelting device is very sci-fi and it is simply not something that can be manufactured on Earth.
But Jiang Cheng completed this somewhat sci-fi thing. After all, Jiang Cheng is completely different from ordinary humans.
It took Jiang Cheng a long time to complete this device, and it can be said to be a technology that transcends its time.
Now that we have this device, we can manufacture some simple metal parts on Mars.
But with the integrated smelting and forging device, not all problems have been solved.
They will also need to mine on Mars to meet the mineral needs of this device.
Even if Jiang Cheng only collected those shallow mineral veins, it would be a very difficult task.
It is simply impossible to collect it using manpower. Astronauts don’t go to Mars to do mining.
Therefore, Jiang Cheng needs a fully automatic mining robot that can mine on Mars by itself and then transport these minerals back to the Mars base.
Jiang Cheng handed this task to his technical team at that time. After a period of research, they have achieved some preliminary results.
But these mining robots are not perfect yet, so they still need some improvements.
Holographic projection technology is used on the workbench to project many models of mining robots.
These models were all designed by them, but the results were not ideal.
Although they are called robots, these mining robots are actually not like humans at all and cannot be considered humanoid robots.
These mining robots come in all sorts of models, all look weird, but none of them look like humans.
Robot is just a nickname. Mining robots are only used for mining and there is no need to design them to look like humans.
These special shapes can increase the efficiency of mining robots, which are much more advanced than humanoid robots.
They are discussing improving the mining robots, and it looks like they are in trouble now.
(End of this chapter)