Videos tagged with Cartridge Performance

This YouTube video, titled "Quantas páginas são necessárias pra segurar um tiro de .22lr?" (How many pages are needed to stop a .22lr shot?), investigates the penetration capabilities of .22 Long Rifle ammunition through paper. The video aims to provide a practical understanding of the ballistic performance of this common rimfire cartridge, likely through a series of tests or demonstrations. It is relevant for firearm enthusiasts interested in ammunition behavior and protective measures.

This video provides a comprehensive ballistic comparison of five major World War II rifle cartridges: 7.7 Jap, 8mm Mauser, 7.62x54R, .303 British, and .30-06 Springfield. Through rigorous testing against various barriers like lumber, concrete, sand, and steel armor, the .30-06 Springfield, particularly its M2 AP variant, emerged as the most effective, especially against armored targets. The testing highlights the distinct performance characteristics of each cartridge in different scenarios.

This YouTube video delves into the scientific principles behind match ammunition, specifically focusing on the intricacies of OTM (Open-Tipped Match) rounds. The content aims to break down the realities and performance characteristics of this type of ammunition, likely appealing to enthusiasts interested in precision shooting and ballistics.

This video discusses the unreliability of stated ammunition velocities often found on packaging. It emphasizes that real-world performance can differ significantly from advertised figures. While specific firearm models or calibers are not mentioned in the provided title and description, the core topic suggests a focus on ballistic data, ammunition performance, and potentially firearm testing or comparison where velocity is a key metric. The link provided likely leads to a vendor or manufacturer related to firearms or ammunition.

This video title suggests a destructive testing or comparison of the .460 S&W cartridge against concrete. It's likely to involve firing a firearm chambered in .460 S&W to observe its penetration capabilities and the effects on the concrete. The content would appeal to viewers interested in terminal ballistics, cartridge performance, and potentially firearm durability under extreme conditions. Specific details on the firearm used, the type of concrete, and the testing methodology would be crucial for a full assessment, but based on the title alone, it's a direct comparison of a powerful handgun round against a common building material.

This video tests the fragmentation and lethality of various bullet impacts. While .50 BMG on wood and dirt showed minimal fragmentation, an AK-47 impacting stone caused dangerous spalling that injured a ballistic gel skull. .223 rounds hitting AR500 steel also produced spalling fragments that penetrated the gel, indicating steel targets pose the greatest risk from fragmentation.

This YouTube video, titled "Federal 7mm Backcountry ammo ballistics explained by Federal engineer - FirearmsGuide.com," features an explanation of the ballistics of Federal's 7mm Backcountry ammunition. The video likely provides technical details and insights from a Federal engineer regarding the performance characteristics of this specific ammunition type. The description also highlights FirearmsGuide.com's extensive gunsmithing library, manual collection, and searchable gun and ammo reference guide, suggesting a focus on technical and informational content for firearms enthusiasts.

This video performs a ballistic gel test and review of the .17 HM2 (17 Mach 2) ammunition. The description includes links to various gear and products used in the video, such as steel targets, cameras, protective equipment, reloading tools, and shooting targets. The content focuses on evaluating the terminal performance of this rimfire cartridge.

This video provides a direct ballistic comparison between the common 9mm round and the high-performance 7.5 FK cartridge. Through a penetration test using a stack of books, the 7.5 FK demonstrated significantly greater performance, penetrating twice the number of books as the 9mm. The test highlights the substantial difference in power and velocity between these two calibers.

This YouTube video titled "Barrel Length *Energy Test* (Does Size ACTUALLY Matter?)" explores the impact of firearm barrel length on projectile energy. While no specific firearms or calibers are mentioned in the provided title and description, the core theme revolves around a comparative analysis of how barrel length influences the performance of a projectile, likely focusing on ballistic data and terminal energy. This type of content is highly relevant to firearm enthusiasts interested in understanding the technical aspects of ballistics and firearm design.

This comprehensive comparison tests the 10mm Auto, .41 Magnum, and .44 Magnum across various barriers including wood, water jugs, and concrete. While the 10mm shows surprising energy transfer in water, the .44 Magnum consistently demonstrates superior penetration and impact energy in most tests, particularly with heavier loads. The .41 Magnum generally falls between the two, with the 10mm often outperforming it in velocity but not always in terminal ballistics.

This YouTube video is a short focusing on ballistic gelatin testing of the 5.7x28mm cartridge. The primary goal is to demonstrate and evaluate how this specific ammunition performs when impacting ballistic gelatin, providing insights into its terminal ballistics characteristics. The content is directly related to firearm ammunition performance and testing methodologies.