Videos tagged with Wound Cavity

This video from Alyssa Seymour provides a technical comparison between a standard lead bullet and the Symex bullet from Sim-X Ammunition. It highlights significant differences in velocity, impact pressure, and the resulting pressure wave, visualized through ballistic gelatin tests and wound cavity models. The expert analysis focuses on the empirical data to demonstrate the performance characteristics of the Symex ammunition.

This content debunks conspiracy theories surrounding Charlie Kirk's autopsy, confirming an autopsy was performed and explaining the absence of an exit wound. The discussion details how bullet fragmentation upon hitting bone, such as vertebrae, can prevent a clean exit, leading to significant internal damage instead. The guest's direct involvement and expertise in terminal ballistics lend high authority to the explanation.

This video showcases a ballistic gel test of Lehigh Defense's 125-grain Controlled Chaos bullet in 300 HAM'R caliber. Fired from an 18-inch barrel at 2440 feet per second into FBI protocol gel, the test utilized a high-speed camera at 4000 frames per second to capture the bullet's performance. The description highlights the Controlled Chaos design, which features rapid expansion with petal separation for a massive energy spike, while the solid base ensures deep penetration. This results in a dramatic wound cavity designed for quick incapacitation. The video also includes links to Wilson Combat and Lehigh Defense websites, their newsletter, and social media channels.

This Corbon MPR .300 Blackout ammunition test in ballistics gel reveals devastating terminal performance. The 125-grain projectile achieved significant expansion, creating a large permanent wound cavity and demonstrating substantial jacket fragmentation. With over 16 inches of penetration and massive energy transfer, this round is highly effective for hunting and self-defense applications.

This video provides an expert-level ballistics gel test of Wolf Military Classic 7.62x39 124gr Hollow Point ammunition, conducted by Mrgunsngear. The test details muzzle velocity, penetration depth, and wound channel characteristics, offering insights into the ammunition's performance for hunting and range use. The instructor's detailed analysis highlights the bullet's expansion and energy transfer.

This expert-level knowledge entry details a ballistic gel test of Hornady TAP .223 Remington 75gr BTHP ammunition (#80265). The test, conducted by Mrgunsngear Channel, measured muzzle velocity at approximately 2980 fps and analyzed terminal performance in gel. The bullet maintained integrity until 4 inches, with fragmentation beginning thereafter and jacket separation at 10 inches. Fragments were found up to 19 inches, with recovered fragments weighing 3.3 grams (approx. 49 grains). The round is recommended for home defense due to its effective wound channel and fragmentation.