"These are our Future Warrior series individual protective exoskeleton systems, first of all, you see that the red on this side is the basic model of our exoskeleton system.

This mechanical exoskeleton has a total of 150 pounds, and its main body is made of new titanium-magnesium alloy materials, and part of the structure is reinforced with titanium metal construction.

It adopts the mechanical transmission structure designed and developed by us, which is not only structurally strong, but also able to withstand the weight of 350 kilograms.

And it's very flexible, able to keep up with the body movements of our wearers, so that it fits perfectly. And it is very convenient to exercise, and there is no restriction on movement. ”

Wu Hao pointed to the exoskeleton on the side and introduced it to everyone.

"This exoskeleton is composed of five parts, namely the support system, the transmission power assist system, the induction following system, the intelligent control system, and the power supply system.

The first is the support system, which is the main component that makes up the exoskeleton. We use ergonomic design that conforms to the physiology of the human body, so that it fits snugly around our limbs.

This not only makes it easier to exercise, but also does not affect our normal body movements. This is especially crucial when performing some tactical moves. ”

As he spoke, Wu Hao picked up a small remote control and controlled a large screen next to the exoskeleton booth, only to see a photo of the test displayed on the screen.

"As you can see, this exoskeleton can even fit into pants because it's the perfect carrying case. In other words, put on the general loose tactical pants, you can't see that there is an exoskeleton in it at all.

Because it is made of new high-strength and high-toughness materials, it has strong load-bearing support, and it can support a maximum weight of 350 kilograms.

Under this weight, the movement of our wearers will not be affected in any way, and the wearer's personal feeling is as if he is carrying a weight of ten catties, which is very light.

Therefore, if it is used in combat, then the soldier wearing this exoskeleton will be able to carry more weapons and ammunition than ordinary soldiers, thereby increasing the combat effectiveness of the soldier and prolonging the combat cycle.

Even with some mounts, we can equip the fighters with more powerful firepower. For example, carrying more missiles, rockets, grenades, machine gun bullets, etc. ”

As he spoke, Wu Hao showed some photos, which were all concept and test photos, which attracted many people to start talking. There were even a couple of military newspaper reporters who wanted to take their cameras and start taking pictures.

In this regard, Wu Hao stretched out his hand to stop and said, "I'm sorry, these can't be photographed!" ”

Hearing Wu Hao's reminder, General Tang on the side couldn't help but say sternly: "Put away the camera and other interview equipment for me, don't you know what to shoot and what not to be afraid of, the confidentiality regulations have been learned in vain." ”

Saying that, General Tang said to Wu Hao: "Xiao Wu, you can briefly introduce it." ”

General Tang knew what he meant, and he was just telling him that the environment here was complicated and not suitable for an in-depth introduction.

In this regard, Wu Hao nodded, and then continued: "The main transmission system is actually the various moving mechanisms and transmission devices distributed on this exoskeleton, which is commonly known as the joint.

However, unlike human joints, the joints on this exoskeleton have a power assist device.

As you know, the strength of our human limbs comes from muscles, and mechanical equipment does not have them, so we concentrated them on the joint device and made it into a power transmission device.

Don't look at me saying this as simple as it may seem, but in fact it's one of the hardest techniques on the entire exoskeleton.

When we are in motion, the strength is not balanced, but there is a process of fast and slow explosion. Therefore, this requires the same as the main transmission device on the exoskeleton, which can not only meet the needs of following and imitating the trajectory of human movement, but also have super explosive power.

As a result, it allows the fighter wearing this exoskeleton to have a super bouncing ability. According to the data from our experiments, this exoskeleton can easily make our wearer jump to a height of more than three meters. It can also jump up to five meters when standing, and fifteen to sixteen meters in sprint.

I would say that the data is from the average tester who has not been trained specifically for the height-up long jump. If you test it as a professional athlete or someone who has been trained in this area, this figure can be improved a lot.

In terms of speed, it is even more impressive, with a 100-meter sprint speed of less than four seconds.

This speed, such a bouncing ability, makes it super flexible. And for our wearers, there is not too much pressure, that is, normal running jumps, and relaxed. ”

Saying that, Wu Hao played a video. In the video, there are various test images of this exoskeleton, through which everyone also understands the excellent performance of this exoskeleton.

At the same time as the video was played, Wu Hao also went on to introduce: "Although this data is not much improved compared to professional athletes and world records, in my opinion, it is enough. At least for now, it's more than enough. ”

The following is the inductive following system, which, as the name suggests, actually senses the wearer's limb activity data, and then synchronously transmits it to the exoskeleton to realize the limb following function.

There are two difficulties in the development process of this system, one is how to quickly sense and track the movement of limbs, and reduce the delay of the system in processing. In this way, the wearer will feel flexible and athletic, without the feeling of being burdened with weight.

Secondly, it is not only the sensing and following of the movement of the body, but also the force of the wearer when moving.

The greater the strength of our wearer's limbs, the greater the strength of our exoskeleton, and vice versa. This technology may seem like a lot, but it's essential in combat and everyday use.

As for the intelligent control system, it is actually the brain of this exoskeleton, which can also be seen as the CPU, controlling all the functions of this entire exoskeleton. This requires not only a dedicated control system to support all the functions of the entire exoskeleton, but also a dedicated chip to support it.

This combination of software and hardware involves the field of chips, which is also a very tricky problem for us. At this stage, many of the chips used in these exoskeletons are from overseas or overseas foundries.

If it is put into the military, then the problem of chips must be solved, which is one of the problems we are currently facing.

Finally, there is the driving power, we installed a power backpack on the back of this exoskeleton, which can support up to 110 kilowatt-hours of electricity, which is enough to support an electric car and travel seven or eight hundred kilometers.