Videos tagged with Hollow-Point Expansion

This video challenges the common perception of the .38 Special as underpowered by analyzing its performance in realistic, short-barreled snub-nose revolvers. It emphasizes that traditional ballistic testing from longer barrels doesn't reflect real-world carry and use. The discussion highlights how ammunition selection, particularly wadcutters and carefully chosen hollow-points, along with understanding recoil physics and hit probability, are crucial for effective .38 Special performance in defensive scenarios.

This video explores the terminal ballistics of firing a .357 Magnum round from a 12-gauge shotgun using a sabot. The experiment demonstrates significant energy transfer and projectile expansion, with the sabot itself fragmenting and contributing to the wound cavity. The results indicate a surprisingly effective, albeit unconventional, application of this ammunition type in a shotgun platform.

This video tests an unknown shotgun ammunition nicknamed 'Botfly,' focusing on its large hollow-point expansion. Tests include a water jug for hydrostatic shock, a paper target for accuracy, and ballistic gelatin to observe expansion. The Botfly ammunition demonstrated significant trauma and cavity formation in ballistic gelatin, even penetrating the medium entirely.

This video provides an expert-level ballistic gel test of Sellier & Bellot XRG Defense .38 Special ammunition, conducted by the Tools&Targets host, an experienced reviewer. The test meticulously measures velocity, penetration, and expansion through a simulated clothing barrier using revolvers like the Rock Island Model 206 and Smith & Wesson 686 Plus. The analysis highlights critical performance data, offering insights into the ammunition's effectiveness for self-defense.

This video explores the concept of pocket rockets for everyday carry (EDC), focusing on the CAR CM40 as a top choice. The instructor highlights the advantages of pocket pistols for ease of carry and concealment, while also addressing common challenges like power and hollow point expansion. The CAR CM40 is praised for its effectiveness in .40 S&W, manageable recoil, and reliable performance after its break-in period, making it a 'true pocket rocket'.

This video tests Fiocchi Covert X ammunition, specifically designed for concealed carry handguns with shorter barrels. The testing focuses on bullet penetration and expansion, demonstrating effective performance across various calibers including 380 ACP, 38 Special, and 9mm Luger. The presenter highlights the importance of ammunition choice for reliable defensive performance.

This test investigates whether thick clothing impedes hollow-point ammunition expansion. Using ballistic gelatin draped with a hoodie, the experiment fired .380 Auto and 9mm rounds. Results showed that hollow points from Winchester, Hornady Critical Defense, and Defiant Munitions expanded successfully, even with fabric present. Notably, one .380 Auto round appeared to cause more damage than the 9mm.

This video from Civilian Tactical tests whether clothing can prevent hollow point ammunition from expanding. Using ballistics gel and a VertX sun hoodie, the host fires various rounds, including Winchester, Defiant Munitions TCX, and Hornady Critical Defense, through the fabric. The results demonstrate that even lightweight clothing did not prevent proper expansion, with the Defiant Munitions .380 TCX showing exceptional performance. The host's practical demonstration and use of standardized testing methods highlight his high level of expertise in terminal ballistics.

This video from Garand Thumb, featuring Mike, methodically tests the myth that thick clothing can stop bullets or clog hollow points. Using high-speed cameras and ballistics gel, the expert instructor demonstrates that standard clothing offers minimal protection and can indeed cause hollow points to fail to expand. Specialized ammunition is tested as a solution for reliable performance through barriers.

This video details a ballistics test comparing Winchester Silvertip .38 Special 110gr and 125gr +P ammunition fired from a 2-inch barrel Taurus 856 revolver. The test involved firing rounds through a heavy clothing barrier into ballistic gel to assess expansion and penetration. The results showed disappointing performance from both ammunition types, with a notable lack of expansion and significant tumbling observed.

This video details a ballistic gel test of Sig Elite Performance V-Crown .380 ACP 90gr JHP ammunition fired from a Ruger LCP Max. The test involved bare gel and four layers of denim to assess expansion and penetration. The ammunition demonstrated good expansion and met FBI minimum penetration standards in bare gel but showed no expansion through denim.

This video demonstrates the terminal ballistics of various .22 LR hollow-point ammunition types by shooting them into bologna at 15 yards. The instructor compares the damage caused by standard bulk pack rounds against high-velocity options like CCI Velocitor, Aguila Interceptor, CCI Stinger, and Aguila Super Maximum, noting a progressive increase in damage with higher velocity and specialized designs. Future tests with .22 Magnum and .17 HMR are also mentioned.