Anti-tank missiles first contact the tank, then use shaped charges to shoot a thin, fast-moving jet of plasma at the hull to melt a deep hole into the cockpit. This plating, in conjunction with ceramic armor and air pockets, also allows tank armor to redirect the focused explosions of anti-tank missiles. Thick depleted uranium plating forms the outer shell, and sheds small arms fire like water. Tank armor must be strong enough to resist small arms fire (rifles, pistols, submachine guns) and stronger, penetrating projectiles (anti-tank missiles, SAMs). Armor can be made to actively resist attacks by means of a light, rapidly rotating hull that deflects projectiles instead of the heavy armor plates used today that simply endure every hit thrown at them. The problem with modern day tank armor is that it relies too heavily on brute strength for defense.
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