Videos tagged with Bullet Mushrooming

This video tests Velocias 9mm 96-grain solid copper hollowpoint defensive ammunition. The instructor evaluates its performance against a steel target, observing significant mushrooming and recovery of the projectile after a 3-inch dig. Further testing in a sand jug with a 2x6 backer shows the rounds do not penetrate the wood, indicating effective energy transfer and stopping power within this medium.

This entry details how bulletproof vests function, as explained by an expert from Polenar Tactical. It covers the role of aramid fibers in absorbing projectile energy, leading to bullet mushrooming and reduced penetration. The explanation is supported by visual evidence of a 10mm XRG round being stopped by a vest insert.

This video demonstrates the expansion of Remington Golden Saber .380 ACP 102-grain brass jacketed hollow-point ammunition when fired into water. The test, conducted using a CCW 380 pistol, shows significant expansion, with the bullet diameter increasing from approximately 0.25 inches to over 0.5 inches, exhibiting a starlike mushrooming effect. The instructor notes this provides an idea of the bullet's terminal performance, though acknowledges water is not a perfect substitute for soft tissue.

This video delves into the fascinating physics of bullet behavior upon impact, specifically focusing on the principles of mushrooming and maintaining forward momentum. It explains how the altered shape of a bullet after impact is designed to displace tissue at high velocities, a crucial aspect of ballistic performance. The title also highlights "Shoulder Stabilization," suggesting a potential connection to shooting techniques or firearm stability during firing, though this aspect is not elaborated in the description.