I have a space station

A 1 mm thick fiber steel cannot resist bullets with high speed and hardness. However, with the protection of this armor, the speed of the bullets will be greatly reduced. Combined with the combat suit inside, the safety factor will be much higher.

As for the style, you can refer to the appearance of Iron Man. The difference is that this armor only has auxiliary and defensive functions and will not fly.

This armor also has a highlight, which is that it is made of pure metal from top to bottom. Even the transparent viewport of the eyes uses conductive metal glass. This way, it can shield the Maya's mind control technique, killing two birds with one stone.

2. First-generation lightweight transforming mecha.

The so-called transforming mecha refers to a mecha whose form can be easily transformed.

Why add a transformation function to the first-generation mecha? It can only be said that Dongfang Chen is too lazy to bother.

The transformation function can expand the use scenarios of the mecha, so there is no need to design so many categories. The warriors don't have to switch back and forth during combat, which is more convenient to use.

Dongfang Chen only designed two styles.

Type 1 is a land-based mecha. This mecha can switch between a humanoid upright state and an armored vehicle form.

The mecha in the humanoid upright state can complete various complex movement operations. In order to improve operability, various movement postures have been encapsulated. It supports both manual control stick and voice control.

Even so, a lot of break-in training is inevitable to master it proficiently, and the threshold is very high.

The mecha in the armored vehicle state only has two functions: driving and weapon attack. It is fully automatic, which is very simple and there is no threshold to operate.

The two states can be switched with one button.

Type 2 is an aviation mecha. It can switch between a humanoid upright state and an aircraft form.

There is no difference in operation between the humanoid state and the land-based mecha.

The only difference is that in the flight state, it can fly in the sky.

Moreover, it also only has two functions: driving and weapon attack, and it is also fully automatic.

These two types of mecha are composed of a fully enclosed operating room and other mechanical components.

In order to improve the combat capabilities of the mecha, and of course, to deal with the mecha of the Austro-Hungarian Empire. In addition to the laser weapons that have been used all the time, he also designed a small electromagnetic gun.

3. Small electromagnetic gun.

This does not need too much explanation. Through electromagnetic acceleration, it gives the bullet high-speed kinetic energy in a short time, so as to achieve firing.

The most important thing is that he designed a special bullet for the electromagnetic gun: a nano armor-piercing bullet.

4. Nano armor-piercing bullet.

The design idea comes from armor-piercing bullets. Compared with traditional armor-piercing bullets, there are the following two differences:

First: The warhead is integrally formed, which improves the rigidity of the warhead from the molecular arrangement level, making it more penetrating.

Second: The warhead is attached with a large number of nano robots. After the bullet penetrates the mecha, these nano robots will penetrate inward through the holes.

The purpose of designing this bullet is entirely to restrain the mecha of the Austro-Hungarian Federation.

Their mecha has a nano layer on the surface, but there probably isn't one inside, right?

As long as a wave of nano robots successfully penetrates in, they will be directly finished.

So the bullet has no lethality, but the nano robots inside can kill people.

5. First-generation team battle robots.

This is specially equipped for mecha to use.

Its design concept is very similar to that of simulated flying robots.

The difference is that it is composed of 1000 smaller, complete, and non-expandable flying robots.

The smaller size improves their portability. It only needs to occupy a small space on the back of the mecha to fully accommodate these robots.

The so-called complete means that they are completely a whole. Although they are independent individuals, they can only work together to complete the same thing. That is to say, they cannot act alone, cannot act in groups, and cannot complete multiple different tasks at the same time.

Why design it this way? That's because life and death are often determined within a second during combat. On the one hand, there is no need to split so many tasks, and simple and direct is the most effective; on the other hand, there is not so much time to assign tasks and manage them separately.

Just like if a beehive is poked, will the bees split up to do different things? Obviously not. They will definitely all fly out and attack the person who poked the hornet's nest together.

The same is true in combat. You can assign them to complete an attack, complete an interference, complete a reconnaissance...etc. Once the task is issued, they will collectively attack and work together to complete this task.

This is simple, direct, and effective.

As for the non-expandability, it is relatively simple. In order to improve efficiency, these 1000 team battle robots are completely bound to the main control on the mecha. This can greatly reduce algorithm consumption, thereby improving stability and mobility. In short, it is responsive and fast!