Videos tagged with Rifle Velocity

This video explores the ideal AR-15 barrel length, emphasizing that it's purpose-dependent. A 20-inch barrel maximizes 5.56 NATO velocity and range, while 16-inch barrels offer a practical balance for civilian use. Shorter barrels like the 10.3-inch Mark 18 excel in close quarters, but very short barrels (e.g., 7-inch) in 5.56 NATO have limited ballistic effectiveness. The discussion also touches on alternative cartridges for short-barreled platforms.

This video conducts a ballistic gel test of CCI Uppercut .22LR ammunition fired from a rifle, comparing its performance to pistol velocities. The test reveals significant differences in expansion and penetration when fired at higher rifle velocities, with the rounds showing increased fragmentation but also greater penetration through denim barriers. The reviewer notes the ammunition is marketed for pistols but explores its capabilities in a rifle platform.

This video reviews AR500 Target Solutions' steel targets, highlighting their durability and value. The presenter tests 1/2-inch and 3/8-inch thick targets with various calibers, including 9mm, .45 ACP, 5.56/.223, AK-47, and .308, often at closer distances than recommended. The targets demonstrate excellent resilience, with minimal dimpling or deformation even when exceeding recommended parameters, making them a highly recommended option for shooting enthusiasts.

This video explains the purpose and interpretation of ballistic gel tests, emphasizing that gel appearance doesn't directly mimic tissue wounds but provides empirical data. Key metrics include penetration, expansion, fragmentation, and retained weight, which correlate with actual wound effects. The speaker, Andrew from The Chopping Block, highlights that while gel tears more easily than tissue, the size of the temporary stretch cavity is significant for rifle velocities.