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Armor-piercing round: Difference between revisions
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Armor piercing rounds are used to penetrate hardened, armored targets such as ballistic vests, vehicle armor, concrete, tanks, and other defenses, depending on the caliber of the round. AP rounds are tipped with a hard metallic cap. The cap can be made from tungsten, steel, a carbide of some sort, or even depleted uranium. This allows the bullet to pierce through [[armor]], as the projectile stays intact because the tip of the round does not deform enough to slow it down dramatically. Armor piercing ammunition is designed to dump almost all of its energy directly into the target, causing massive trauma and kinetic energy damage. | Armor piercing rounds are used to penetrate hardened, armored targets such as ballistic vests, vehicle armor, concrete, tanks, and other defenses, depending on the caliber of the round. AP rounds are tipped with a hard metallic cap. The cap can be made from tungsten, steel, a carbide of some sort, or even depleted uranium. This allows the bullet to pierce through [[armor]], as the projectile stays intact because the tip of the round does not deform enough to slow it down dramatically. Armor piercing ammunition is designed to dump almost all of its energy directly into the target, causing massive trauma and kinetic energy damage. | ||
When all the AP rounds in a weapon are used up, most personnel switch to [[Shredder Rounds]], as the [[ | When all the AP rounds in a weapon are used up, most personnel switch to [[Shredder round|Shredder Rounds]], as the [[Spartan|SPARTANs]] of [[Blue Team]] did on a mission in the [[Lambda Serpentis system|Lambda Serpentis System]].<ref>'''[[Halo: The Fall of Reach]]''', ''page 3''</ref> The [[Sniper Rifle System 99C-S2 Anti-Matériel|SRS99C-S2 AM Sniper Rifle's]] bullets are armor piercing as well. | ||
The downside of AP rounds is that they perform poorly against [[energy shielding|energy shields]], as the shielding defeats the piercing qualities of the bullet. An AP round must thus rely simply upon its kinetic energy to deplete the shields before it can damage the shielded enemy. Large rounds, such as the [[12.7x99mm Armor-Piercing]], perform well under these conditions. However, smaller AP rounds, such as those used in 20th century assault rifles, are ineffective unless used in large quantities. | The downside of AP rounds is that they perform poorly against [[energy shielding|energy shields]], as the shielding defeats the piercing qualities of the bullet. An AP round must thus rely simply upon its kinetic energy to deplete the shields before it can damage the shielded enemy. Large rounds, such as the [[12.7x99mm Armor-Piercing]], perform well under these conditions. However, smaller AP rounds, such as those used in 20th century assault rifles, are ineffective unless used in large quantities. | ||