I asked you to make Tang Dao. What the hell is this laser sword?

Chapter 167 172. The Dou exoskeleton research plan has officially begun!

In the past year, he not only obtained complete information on a supersonic submarine, but also a complete weapons system.

The individual combat exoskeleton system is one of them, but after thinking about it carefully, he felt that this thing could be used in war. One is that it can be used on small battlefields such as the triangular battlefield and the Persian desert. The other is that it can be used on different battlefields and is of great help to different combat units. For example, when soldiers manually load ammunition, they wear this A combat-type mechanical exoskeleton can save a lot of time and energy, and can easily transport heavy artillery shells into specific gun barrels. In this way, not only can a protracted battle be carried out, but a lot of energy can also be saved.

Although most short-range and long-range weapons are equipped with modular ammunition, soldiers' training in manually loading ammunition has never stopped. After all, it is often done by manpower.

Therefore, Jiang Chen believes that the market for this product is huge and the prospects are very good.

After the tasks were assigned, everyone began to get busy. In fact, every step was important, but the most critical thing about this combat mecha was the power engine.

The strength of the power engine directly affects its performance. Take a warrior as an example. Putting it on, it can jump up from the ground, and the power it can provide is determined by the power it can provide. Determined by strength.

In addition, there is another problem, that is battery life.

On a battlefield like the triangular battlefield, once you enter the forest, there is not enough time to recharge, which consumes a lot of endurance.

If the battle is not over and the energy is exhausted after three to five days, it will be a very shameful thing. In a sense, this combat robot is a kind of torture.

Therefore, Jiang Chen led a group of people and began research on new battery technology. The battery is the most important power source of this device.

Although other sensors, information collection, action prediction, etc. are also important, they are relatively easy.

But batteries are different. There are many types of batteries on the market, such as lithium batteries.

What lasts longer is the battery used in electric vehicles.

Nowadays, many new energy vehicles in China have a cruising range of more than 500 kilometers, and well-known foreign brands can even run to kilometers. However, this limit also has strict requirements. For example, in winter, the battery performance will be greatly reduced. discount.

As for the soldiers, it is impossible for them to say that this is winter and there is no war.

In addition, the batteries on new energy vehicles are not suitable for combat robots because they are too big and heavy.

Most soldiers have to fight when performing missions, so the battery space must be as small as possible.

Therefore, Jiang Chen had to redesign a new type of energy storage battery. It must not only be compact, but also have a large capacity, and be able to support the endurance of this kind of combat robot. One can imagine the difficulties in this. So many civilians Companies, no matter how many companies, how many people, can only achieve this step, but Jiang Chen has to improve the performance of the battery to a new level in just a few months. One can imagine the difficulties involved.

Factory 107's individual combat exoskeleton research plan has also officially begun.

More than 100 researchers, headed by Jiang Chen, are divided into multiple research teams.

Everyone thinks and discusses independently, but Jiang Chen expresses his own opinions at the appropriate time, guides them, and speeds up the progress of the project. Otherwise, with their technology, it would be impossible to complete it within three to five years.

And Jiang Chen can't wait that long. The current focus of Factory 107 is still on the development of supersonic submarines. This type of individual combat exoskeleton is used to fill the vacancies, and it is also suitable for this batch of newcomers. An experience for researchers to conduct research.

He believes that among these people, someone will definitely stand out and become a qualified designer.

Under the leadership of Jiang Chen, all the research teams are proceeding in an orderly manner, and the research is progressing very quickly. Compared with the previous research, this time the research is much simpler, and all researchers can devote themselves wholeheartedly to it. Go into research.

Everyone has a strong sense of participation and enthusiasm.

Everyone is excited to see the progress of this project.

Before that, Jiang Chen and Su Xiaoxue were almost dragged there. Although their contribution to the project was small, they clearly felt that they were part of it.

Jiang Chen has collected all the research results and given corresponding guidance. He has divided all the researchers into different groups. Everyone's workload is much smaller, so it won't be too big. pressure.

This is the first time that more than a hundred researchers have participated in research in a real sense. About a month later, the skeleton of a single-soldier exoskeleton was created. Although it was still very crude, it was still somewhat decent. This time, they didn't use new materials, but made them out of the same ones.

It is lighter, stronger and easier to use. This is a wearable individual soldier exoskeleton.

After being equipped, the game is divided into two modes, one is regular mode and the other is combat mode.

Under normal conditions, it does not need to turn on the engine, but relies on a unique structure to provide more weight for the soldiers. And if you want to enter combat mode, you must start the engine.

When the power engine is activated, the warrior's physical fitness will be greatly improved.

For example, he can easily jump over two meters high. A normal person can only jump 1.5 to centimeters at most, and a few people can even jump meters.

From this point, we can see how powerful this mechanical exoskeleton is in improving personal abilities.

It can move forward at a speed of 15 kilometers per hour under various circumstances without affecting the soldiers' daily training. It uses an ordinary battery and has a battery life of 48 hours. However, this is also its shortcoming, that is, it is too large and inconvenient to carry.

Jiang Chen's battery has not yet been developed. Due to the battery capacity, the only effect it can achieve is this.

Although it is more powerful than foreign individual combat exoskeletons, Jiang Chen is still dissatisfied because this equipment is made of better materials, is lighter in weight, and has higher hardness, far exceeding foreign mechanical exoskeletons. .

Moreover, the system is better and the perception ability is stronger. It makes no sense to just improve the performance. The researchers had no objections to this. On the contrary, everyone was very excited. After all, they only made it within a month.

(End of this chapter)