Military Technology

While Wu Hao was talking to the old man, the hands-on experience session there had also begun.

Seeing so many cash weapons and equipment, everyone present was already feeling itchy. Seeing Wu Hao and the old man leaving, everyone at the scene immediately began to experience it with the assistance and guidance of the staff.

Of course, these weapons and equipment cannot be experienced just by trying them. For example, the Xingtian power mecha next to you, and the heavy-duty mechanical exoskeleton-assisted protective armor in front of everyone, are relatively complicated to control. For the sake of safety, everyone can go in and try it on, but it is definitely not possible to control it.

However, there are also some weapons and equipment that can be directly experienced at the scene, such as the two micro reconnaissance drones introduced before, as well as lightweight half-body and full-body mechanical exoskeleton assist systems.

These two sets of lightweight mechanical exoskeleton assistance systems do not have external armor, so they are relatively simple and convenient to wear. Therefore, it has become the focus of everyone’s experience at the scene.

With the assistance of the staff, many people started their own experiences wearing these two mechanical exoskeleton assistance systems.

Wu Hao and the old man saw this and walked over with a smile. The old man looked at one of the full-body mechanical exoskeleton assistance systems, and then said with a smile: "What are the advantages of this kind of exoskeleton compared to traditional exoskeleton products. "

“There are many advantages, such as a new support system, a new drive system, a new pneumatic assist system, and a new motion following control system.

We call it the ‘Four New’. In addition to the Four New, there are also the ‘Four Reforms’, ‘Four Changes’ and so on.

First of all, for this mechanical exoskeleton assist system, the first thing we created is a new support system that is different from previous exoskeleton products. It adopts ergonomic design, so the entire support system fits the curve of the human body, making it more comfortable and convenient to wear without affecting the flexibility of the wearer's own activities.

In addition, this support system also supports a considerable part of the weight of the person's upper body, so that the upper body puts excessive weight pressure on the lower limbs. This can not only reduce the impact pressure on the joints of the lower limbs when the person stands and walks for a long time, but also It can reduce the fatigue of the wearer's lower limbs.

In addition to supporting the wearer's own weight, this support system also supports the wearer's weapons and equipment and other components, such as the battery energy compartment on the back, some weapons, ammunition and combat equipment used by the wearer, etc.

If it is just ordinary weight-bearing, then this support system is not much different from those auxiliary exoskeleton products.

Therefore, we developed a new support system for this lightweight mechanical exoskeleton assist system so that it can support its weight of two to three hundred kilograms.

The performance of the support system in the heavy-duty mechanical skeleton-assisted protective armor is even more powerful. It can support a weight of seven to eight hundred kilograms. "

Wu Hao took a breath, and then continued: "Everyone knows that if any equipment carries too much weight, it will be more laborious to move.

The same is true for exoskeleton products. When we were developing it, we put forward relevant standards, requiring that this lightweight mechanical exoskeleton assistance system would never affect the wearer's mobility and flexibility when carrying a weight of 100 kilograms.

In other words, a weight of one hundred kilograms cannot affect the mobility and flexibility of this system, and a weight of two hundred kilograms will not affect the mobility and flexibility of this lightweight mechanical exoskeleton assistance system by more than 15%.

The weight of 300 kilograms affects the mobility and flexibility of this lightweight mechanical exoskeleton assistance system by no more than 30%.

This requirement is very high. How to avoid and reduce the impact of gravity on flexibility can be said to challenge the laws of nature.

Therefore, this requires a very smart intelligent control system, which can adjust the softness and hardness of the support system according to the gravity and pressure exerted on the support system.

As a result, the wearer will not feel strenuous even when carrying a weight of two to three hundred kilograms, let alone obvious inconvenience in movement. "

As he spoke, Wu Hao smiled at the leader next to him who was trying on the lightweight mechanical exoskeleton assist system: "Try picking up this ammunition box from the ground to feel its weight."

The leader of the experience nodded, and then under the gaze of everyone, he bent down with a smile, and then picked up an ammunition box containing artillery shells on the ground.

From the moment he picked him up, the leader's expression became strange. He held the ammunition box and weighed it in his hands, then said to everyone in surprise: "I feel very light, as if I was holding an empty box. It weighs about seven or eight pounds."

Try taking two steps! Wu Hao suggested with a smile.

The leader held the meeting, then took two steps around the venue with the ammunition box in his arms, and even picked it up. It felt very light.

Okay, you can put it down. You can give it a try and see the weight. Wu Hao smiled at the people watching beside him.

After the onlookers heard what he said, a middle-aged soldier came out and came to the ammunition box. He held the handle next to the ammunition box with both hands and lifted it up with force.

I saw that the veins on this man's neck were all tense and his face was red. It took a lot of effort to lift the ammunition box. After weighing it with his hands, he put it down and said to everyone: "It's about a hundred kilograms."

"The 155 howitzer high-explosive shell, the shell plus propellant is about 70 to 75 kilograms, and the ammunition box is about 80 to 85 kilograms." A middle-aged officer in the crowd introduced.

After hearing the words of these two people, everyone present started talking. The leader who experienced the previous experience picked up the ammunition box again, weighed it twice in his hand and said, "I really feel it is very light, only about seven or eight pounds."

Wu Hao smiled and answered: "This is the special feature of this lightweight mechanical exoskeleton assist system. This support system can adjust the support intensity according to the weight of the wearer, so that the wearer does not feel such a big pressure. weight.

Of course, theoretically speaking, we can completely adjust the strength to the level that the wearer can feel. In other words, the wearer can feel no weight when holding this ammunition box, just like holding a ball of air.

However, in this case, it is easy to make mistakes, and the wearer will ignore the object he is carrying, thus causing some dangerous situations. Therefore, we will still appropriately allow the wearer to feel a certain weight. It does not need to be too heavy. The wearer will feel the weight of the object without feeling tired. "