Mgs5 how to develop combat equipment

Liquid armor: the essentials and options for combat equipment

During combat, bullets and shrapnel pose a serious threat to the health and life of soldiers. In order to protect the personnel, attempts were made to create effective means of protection as early as the First World War. During the years of the Great Patriotic War, the elite units of the Red Army were equipped with armored racing cars that had little protective properties. Because of their great weight, the armored pants were too much hampered by the movement of the fighter. Soon the first armor appeared. This protective agent has developed intensively over the past decades. As practice has shown, metal, kevlar and combined body armor have drawbacks that should be improved. Are scientists working today in Russia, the United States, and the United Kingdom to create such a substance? like liquid armor. What's this? What is it for? This article will help you find answers to these questions.

A bit of history

Armored vests replaced the armored cars. These protective devices were created on the basis of lead plates. Compared to its predecessor products, "broniki", as they are often referred to as the military, had the best protective properties, but weighed 20 kg, which was a significant disadvantage. Gunsmiths have repeatedly tried to create armor based on ancient developments. With lamellar armor, however, the protective properties are not fully available. With the advent of Kevlar, the weight problem was partially resolved. Judging by the reviews, the kevlar armor is very easy to use. It seems the problem has been solved and you can stop there. However, the scientists went further and decided to use nanotechnology in the manufacture of protective equipment. According to experts, liquid armor is now considered to be the substance that will be used to replace lead and kevlar in the near future.

Tasks for military scientists

According to experts, the strength, including the Kevlar brontik, is directly proportional to the mass and has its limit. The fighter is reliably protected from a bullet, regardless of how much penetrating power he has, when dressed in heavy armor. Multi-layer Kevlar is used in the manufacture of conventional protective clothing. There are also additional metal and ceramic inserts in the protective equipment. The mass of the Kevlar bronika from 20 kg, as it was at the top, is reduced to 11 kg, which also significantly restricts movement. Having ammunition, weapons and food on a fighter in 11 kilogram armor is a huge burden. Therefore, the weight-strength task is one of the most important tasks for military scientists in some countries. The invention of liquid armor was a breakthrough in the creation of personal protective equipment.

Meet the new material

Liquid armor is a special substance, namely a colloidal solution that contains solid nanoparticles. This concept, which makes it possible to replace armor plates and protective fabric with a liquid, is intended for countries such as Russia, the USA and England. The differences only concerned the implementation.

What's the point

As military experts believe, liquid armor is a perfect fit for body armor. When creating new protective agents, it was decided to use the feature of a colloidal substance, which consists in the ability of the gel to solidify quickly.

So when a bullet hits this liquid, an impulse is generated that transfers its energy to the gel. As a result, the liquid armor hardens. A similar effect is also observed when the energy is generated not from a bullet but from a sharp blow. How fast the solidification occurs depends directly on the force with which it was applied.

About the Russian development

Liquid armor, as the new unofficial body armor is called, has been developed in Russia by the Ekaterinburg Venture Fund of the MIC since 2006. According to military experts, a new type of armor will hit the market in the near future. Liquid armor is represented by a protective gel that contains a liquid filler and solid nanoparticles. When a bullet hits a bronchial tube, they grab quickly. As a result, a strong composite material is formed. This property of the gel is only possible when it interacts with a special tissue. Information about what kind of material and how the structure is, was not disclosed to Russian developers.

About the benefits of a protective gel

If you compare standard body armor with liquid armor, this has a decisive advantage: When it is hit, the energy is not concentrated at one point, but is distributed over the entire surface of the tissue. As a result, in addition to the significantly improved protective properties, bruises and hematomas on the body of a soldier with new armor are excluded. The opposite effect has been observed with conventional lead and kevlar protective clothing.

On the weaknesses of the protective equipment

Despite undeniable advantages, liquid armor is not without its drawbacks. According to experts, several samples have already been created, but they only showed positive with a small-caliber bullet. A sniper rifle or a new type of automatic armor will not survive. The scientists also found that when water gets into the bronchial tube, it loses its protective properties by around 40%. This fact was initially a problem for Russian developers. Then they decided on a waterproof film that contains the new bulletproof vest. In addition, a special water-repellent composition for liquid armor is provided, which was previously invented. They are covered with a protective agent before they are inserted into the film.

Liquid insulation "armor"

And finally, a little bit about the other armor. Today, building material storage facilities offer consumers many different insulators. Due to the numerous reviews, the liquid insulation "Armor" is very popular.

This substance is a suspension, practically indistinguishable from white acrylic paint. It is applied to the surface with ordinary brushes or airless spray. In the liquid state before polymerization, it resembles the color, but when dry it forms a special coating with unique thermal insulation properties.