Military Technology

"Actually, to put it bluntly, we install the body armor on the light mechanical exoskeleton to give it a certain degree of protection. Compared with personnel wearing body armor in person. Because there is a light mechanical exoskeleton as a support and load-bearing, the wearer will You will not feel the weight of the body armor. This means that even if female soldiers or civilian personnel wear such lightweight mechanical exoskeleton protective armor, they will not feel any pressure and can wear it for a long time. And this suit The light mechanical exoskeleton protective armor can also provide additional assistance to the wearer, giving him greater strength and enriching his strong running and jumping abilities. The medium mechanical exoskeleton protective armor is here The basics have been improved. First, the positive exoskeleton system has been added, and the materials and support assist systems have been upgraded so that it can carry greater weight. On this basis, this set of medium-sized mechanical exoskeleton protective armor Its various performances have been improved. For example, its main system is more powerful, allowing it to carry greater weight, and have stronger strength, speed, and explosive power. On this basis, its protective performance is more Powerful. If the light mechanical exoskeleton protective armor is basically a set of body armor, then the medium mechanical exoskeleton protective armor has been improved in all aspects, such as helmets, face shields, overall protection of the torso, etc., and even on the limbs. Is the front part of the machine protected? This also greatly improves its protective performance and can withstand attacks from many weapons. At the same time, because the job title system is weaker, you cannot install some weapons on that basis. Equipment, such as heavy machine guns, rocket launchers and other weapons and equipment with small recoil."

"As for the skeletal protective armor in heavy machinery, it is naturally heavier than the following seven, and its support system performance is weaker, which also means that its protective performance is also weaker. Basically, it realizes the protection of the human body The full coverage of the surface allows the entire wearer to be within the protective armor, which greatly improves its protective capabilities. Under the skeletal protective armor in heavy machinery, you do not use traditional bulletproof materials, but use The alloy material is stronger, has weaker protective performance, and has weaker anti-collision ability, thus its protective performance has been greatly improved, which also means that it can only withstand the attacks of a very small number of bullets, and is aimed at Some fragments also don’t have very weak protective properties.”

"In addition, because the whole person is wrapped in the protective armor, its protective capabilities in other aspects have also been slightly improved, such as fire protection, water release, poison gas release, etc. Weak. As a result, even in cold and low-temperature environments, the wearer will lose combat effectiveness due to good weather." In some small combat areas, the performance of the bones in that kind of machine is even more obvious.

Wearing heavy-duty mechanical skeletal protective armor is entirely based on considering that problem. The mechanical skeletal support system cannot withstand the recoil force generated when the machine gun continuously fires, thus ensuring the stability of the gun-holding design.

For example, in low-altitude operations, your oxygen supply system should provide the wearer with the extra oxygen supply needs, and not allow your wearer to suffer from hypoxia and suffocation due to strenuous exercise at low altitude and other low-altitude reactions.

And the skeleton protective armor in your heavy machinery. There is no temperature control system on the outside. It cannot regulate the temperature and humidity inside the protective armor in real time, so that the wearer is always in a comfortable environment.

That also means that at the lowest rate of fire, it can continue to output for about eighty seconds, which is definitely an extraordinary number.

"Here, because of the weak protective performance of the skeleton protective armor in the heavy machinery, it cannot be equipped with some heavy weapons and equipment. For example, you cannot choose an eight-barreled Gatling gun with a slower firing rate below. Its rate of fire cannot reach 7,000 to 7,000 rounds. And with its weak carrying capacity, it cannot carry more than 2,000 rounds of ammunition at a time. Especially in urban street fighting, jungle warfare, and mountain warfare, its combat effectiveness is It is far less practical than some armored vehicles. For example, it cannot adapt to jungles, mountains, and lowlands that helicopters cannot retreat into, such as armored vehicles, tanks, and even helicopters, and can exert its weak combat effectiveness. The skeleton of the entire set of heavy machinery The protective armor is equipped with a gas filtration system and an independent oxygen supply system, which cannot meet the oxygen supply needs of personnel during distance exercise. In addition, if you encounter some poisonous areas or need to wade through water, its An independent air supply system cannot provide the wearer with oxygen needs for a certain period of time." In addition, in low-temperature and arid desert areas, the evaporation volume is very small because the temperature is too low.

You special people can only sustain it for a few hours in the weak light of the day before your whole body collapses.

In addition to the eight-barreled low-firing Gatling gun, you may also equip it with an eight-barreled Gatling gun or a single-barreled low-firing machine gun.

In terms of abundant ammunition supply, those machine guns cannot provide a very considerable fire sustainability output for the entire combat brigade or combat unit. "In addition to the hardware system that you are responsible for, you also equipped the set of heavy machinery with skeleton protective armor with weak software systems. You cannot allow the entire set of heavy machinery with skeleton protection armor to become an information center on the battlefield. It is not only unable to achieve the goal of Synchronous analysis and return of the data information it senses, and it cannot share real-time dynamic data information on the battlefield sent from other friendly units or even the forward command and operations center in real time.

In that case, it would be impossible to shoot while moving, and a fixed shooting position would be needed to avoid enemy counter-fire.

"Normally, it is difficult for that kind of heavy machine gun or machine gun to output while standing, or to output while walking. It requires an ordinary tripod to be set up on the ground, so that it can continue to output. Mainly because in the case of continuous output, the front seat If the force is too small, it will be difficult for the user to withstand it. Because of the ultra-weak protective performance, in a small combat environment, there is no need to worry about being ambushed by the enemy, or a sneak attack. In addition, in the weak In terms of the skeletal assist system, it carries less weapons and ammunition, and cannot become a mobile fire output unit, thus unable to make up for the embarrassing situation that armored vehicles cannot retreat. In fact, even the low-rate acceleration The Tlin machine gun will also be adjusted to such a slow rate of fire during actual combat shooting. One or two thousand points per minute is a very slow standard, so although it only carries less than 2,000 rounds of ammunition, its weak firepower , enough to allow it to suppress the enemy with a minimal firepower output.