![]() ![]() Armor with sharp angles is capable of withstanding much stronger shells than if it is not angled at all, because it has higher effective thickness - to give you an example: a 100mm plate angled at 30 degrees from horizontal (or 60 from vertical if you will) has effectively double thickness, since the shell flying directly from the front has to actually penetrate 200mm of armor. ![]() Angled armor is known as sloped armor and it plays a major role in the protection of modern tanks. Typically, armor is strongest at the front, while the sides and rear of a tank tend to be much thinner for obvious reasons – the front of the tank is the part turned towards the enemy and as such it is much more likely to be hit by enemy fire.Īpart from nominal thickness values, each armor part is also angled in a certain way. This thickness value represents the strength of the armor on that particular spot. Let’s look at basic tank armor first.Įvery part of the tank armor has a thickness value assigned to it. In Armored Warfare, there are several types of armor. To that end, modern tanks have various means from the armor itself to the most advanced active systems. While the means may have changed, the principle remains the same – it is imperative to protect the crew inside from harm. Throughout history, armor – just as shells – has undergone an evolution process that started with plates of hardened steel and ended with composite armor layers on modern main battle tanks. ![]()
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