This is how black technology should be used

Chapter 95 Military Exoskeletons

When the stock price of Ping An Guo began to fall, they took some remedial measures, but because they were not strong enough, the effect was not significant, and they only slowed down the rate of decline.

Even with the step-by-step logging in of the Honghuang system, the window computer system, and the Onjo system by the assistant, it seemed that Ping An Guo's system became more and more isolated, and its stock price fell again.

However, with the end of the winter vacation, Li Future became busy again, and after entering March, he disappeared from the school and stayed in the Fanxing Military Industry 3 Research Institute.

Fanxing Ordnance Industry [-] Research Institute is a large-scale comprehensive technology application research institute affiliated to Fanxing Ordnance Industry Group, which integrates machinery, electronics, hydraulic pressure, automatic control, testing and computer applications. F.

At the same time, it is also the research center of domestic individual exoskeleton system.

After discovering that the person in the hospital that day was Li Future, they found him through the internal channels of the Science and Technology Alliance.

Just as a boy, Li Weiwei is also very curious about military weapons. He didn't pay attention to it because he was busy with other things before, but now people in this field have come to him on his own initiative, and the two sides naturally bonded together!
The exoskeleton technology owned by Li Future is quite mature, but it is not suitable for the military environment, so some technical fine-tuning is required.

Now that he is stationed in the No. [-] Institute, it means that the prototype after fine-tuning is completed.

March 3, Arbor Day.

Everyone in the individual exoskeleton research team stared intently at the "hollow" robot in the center of the field, which is the prototype of the individual exoskeleton.

It has the characteristics in that video, the dressing is not complicated, most of the fixing can be done automatically, basically no assistance is needed, it is very suitable for individual soldiers to quickly dress.

The breastplate of the exoskeleton was lifted upwards from the abdomen, and the leg armor and arm armor were separated from the inner midline outwards. The tester wearing the combat uniform leaned back and entered the exoskeleton armor.

The head sticks out from the neck, the palm is put into the exoskeleton glove, the foot is fixed on the mechanical foot, and then the armor of each part is closed, just clamping him, and playing a fixed role.

Finally, he took the full-coverage tactical helmet next to him and put it on himself.

A majestic exoskeleton warrior appeared.

The armor coverage of the prototype has reached 80%. Except for the gaps left to ensure the movement ability, other places are covered with hard polyethylene bulletproof armor.

The gap left to allow the exoskeleton armor to move smoothly is not a complete gap. There are several layers of flexible bulletproof materials inside, and the anti-shock effect is not bad.

Looking at the fully dressed tester, a group of researchers gathered around and asked, "How does it feel? Is the fixation effect strong or weak?"

"Report, I feel very good!" The tester's voice was full of excitement.

Li Weiwei nodded while holding a tablet and said, "Talk about the sense of fixation after you move around, and see if it will squeeze you out of breath or affect your movement loosely?"

"Yes!"

Hearing what Li Weiwei said, the tester started to move around in place, and performed actions such as raising legs, extending arms, twisting waist, holding a gun, squatting, and crawling.

"The comfort is moderate, the fixation effect is good, the center of gravity is stable, and the situation of serious forward and backward leaning is not easy to occur during activities..."

The tester answered seriously.

Li Future asked again: "Then take two steps and try to run again?"

"Okay, run to the stairs over there and try?"

"Do something to jump over obstacles..."

"understand!"

The tester followed the instructions to test the exoskeleton, and the surrounding technicians were analyzing the data.

In fact, from the perspective of the overall test, the personal feeling of the tester is only a part, and the feedback information of each sensor is also a large part.

"It seems that there is no problem with the movement, he is already very flexible, and he can even jump."

"Well, there is no problem with the buffer device, and the impact force on each component is within a controllable range."

"The speed of battery consumption is also normal, but the energy density of lithium batteries is really low. I wonder if the distance of wireless charging can be longer?"

The test was very smooth, because the technology was perfect enough, so all the tests were passed one by one, and the test progress was very fast.

After testing the movement, it's time to test the firepower.

The people at the scene were all in the late stages of the phobia of insufficient firepower per capita, and they were all looking forward to this session.

The firepower mechanism of the prototype is designed in a modular manner, and when necessary, an auxiliary firepower platform can even be installed on the shoulders, allowing soldiers to become "four hands."

The combat assistance system mounted on the exoskeleton can quickly lock, and then use the stable powered exoskeleton as a support to accurately shoot the target's vital points.

The intelligent system provided by Li Future is very powerful, and the recognition rate is very high.

The rear of their test is a complete shooting range, which can be directly fired for testing.

The first is the static target, but it will soon become boring, so go directly to the dynamic target!

Targets printed with various targets kept flashing, and the support weapons controlled by the combat auxiliary system kept firing.

The kill rate of the heavy sniper rifle is 100%, and the two-centimeter steel plate has been pierced for you.

Heavy machine guns, mini-rockets, and grenades also provide good coverage.

Because of the modular design, the replacement speed of weapons is relatively fast and relatively simple.

But no matter how simple it is to install, it is not as simple as when it is discarded.

When the weapons on the support platform run out of ammunition, the foldable robotic arms and launchers on the shoulders will become cumbersome. When soldiers have to consider close combat or retreat, they can quickly throw away the bulky firearms through three instructions to reduce weight. .

Once in melee, the telescoping melee blades and thermal weapons on the robotic arm of the hand come in handy.

The armor on the fighters is not tank armor, but at least it can withstand a few light fire attacks from the enemy, and then they can counterattack and even kill.

However, the advantage of modularity is that it can adapt to changes. If you want to turn it into a war weapon on the frontal battlefield, you need to carry out targeted modifications.

Therefore, the research institute has prepared several types of armor, and the armor replacement can be quickly completed through the quick-release and quick-installation mechanism.

Soon the testers walked to the attacked test area wearing the main anti-impact and stabbing armor, and accepted the impact of some large objects, as well as the cutting and stabbing of small sharp objects.

After all, this kind of exoskeleton will not only be applied on the battlefield, but it can be used in many scenarios.

The test results are very gratifying, the prototype is sometimes knocked down, but the support effect of the strong frame is very good, the deformation of the frame is not large, and the testers are fine.

The armor first absorbs some of the impact, and the flexible material inside also absorbs some of the impact, but not much actually affects the body.

This type of armor is very suitable for police use.

(End of this chapter)