Videos tagged with Penetration Depth

This video details a comprehensive ballistic gel test of Hornady Custom 147 Grain 9mm ammunition, conducted by an experienced instructor. The test evaluates projectile performance through a heavy clothing barrier using two different handguns, the Canik Mete MC9 and FN 509, with detailed analysis of velocity, penetration, expansion, and weight retention. The instructor provides expert insights into the effectiveness of this ammunition for self-defense based on the empirical data gathered.

This video conducts a ballistic gel test of Hornady American Gunner 9mm XTP +P 124-grain ammunition fired from firearms with varying barrel lengths (3.3", 4.5", 7.5", and 10.5"). The test aims to observe the impact of barrel length on velocity, bullet expansion, and penetration depth in 10% ballistic gelatin. Results show significant expansion and penetration across all barrel lengths, with some surprising outcomes regarding wound cavity size and penetration depth between shorter and longer barrels.

This comprehensive ballistic gel test evaluates Federal's 230 Grain Hi-Shok JHP .45 ACP ammunition. The test, conducted by an experienced instructor, utilized a Glock 30 and a Rock Island 1911, measuring velocities, penetration, and projectile performance through a heavy clothing barrier. The results indicated a failure to expand for both firearms, with significant differences in penetration depth and projectile behavior.

This expert analysis from Tools&Targets details a ballistic gel test of Federal Punch .38 Special +P 120 grain ammunition. The instructor, demonstrating experienced authority, highlights critical performance differences between short-barreled (2-inch Taurus 856) and slightly longer-barreled (3-inch S&W 686 Plus) revolvers. Key findings indicate that the Punch .38 Special +P struggles to achieve adequate velocity and expansion through short barrels when encountering heavy clothing barriers, leading to over-penetration and a failure to expand.

This comprehensive review details a ballistic gel test of Browning X-Point Defense .40 S&W ammunition, conducted by the Tools&Targets host. The expert analysis includes chronograph data from Glock 27 and Glock 22 pistols, penetration depth, expansion measurements, and projectile weight retention. The host provides an objective assessment of the ammunition's performance in self-defense scenarios, comparing it to advertised specifications and other available options.

This video provides a critical analysis of Hornady Black 10mm 155gr XTP ammunition through rigorous ballistic gel testing. The host, an experienced reviewer, uses professional equipment like LabRadar to measure velocities from both a Glock 29 and Glock 20. The results indicate that while the ammunition performed adequately in terms of expansion and penetration, the velocities achieved were significantly lower than advertised, leading to a conclusion that it performs more like a 'spicy .40 S&W' than true 10mm power.

This expert-level analysis from Buckeye Ballistics details a comprehensive ballistic gel test comparing Speer Gold Dot 9mm 124gr +P ammunition across four barrel lengths (3.3" to 10.5"). The data reveals how velocity significantly impacts bullet expansion, penetration, and fragmentation, offering crucial insights for ammunition selection based on firearm platform.

This video provides a detailed ballistics gel test of various .410 slugs, including AGC, BPS, Sterling, and ATI. The expert analysis, conducted by Buckeye Ballistics, meticulously measures velocity, penetration, and fragmentation, offering valuable insights into the performance differences between these less common slug brands. The methodical approach highlights the importance of proper testing procedures for understanding ammunition performance.

This video tests CCI Uppercut ammunition from a 10-inch .22 Charger. The test includes chronograph readings, 25 and 50-yard group testing, and ballistics gelatin analysis. The ammunition is designed for handgun defense and shows moderate performance from the longer pistol barrel.

This video demonstrates the ballistic effects of firing 10-cent coins from a shotgun into ballistic gel. The test reveals significant deformation of the projectiles and penetration depths of approximately 30 cm, indicating a potentially lethal outcome if impacting a human body. The experiment highlights the destructive potential of improvised projectiles.

This video presents a ballistic gel test of the Velocitas VX9 9mm Luger solid copper expanding ammunition. The test evaluates projectile performance, including expansion and penetration, fired from both a short-barreled Canik MC9 and a standard-barreled Glock 17. The presenter notes the ammunition's consistent expansion and disruption, while also commenting on the desire for higher velocity and energy.

This video provides a detailed comparison of three types of .380 ACP ammunition: Buffalo Bore Hardcast (standard and +P), Fiocchi FMJ, and Xtreme Penetrator. The testing involves ballistic gel to measure penetration, velocity, and projectile integrity. The presenter, an experienced firearms instructor, emphasizes the importance of maximizing energy and penetration from the .380 ACP caliber for self-defense applications.