Videos tagged with Bullet Deformation

This expert-level analysis from Tools&Targets details a .357 Magnum ballistic gel test using Remington Performance Wheelgun 158-grain lead semi-wadcutter ammunition. The test, conducted by an experienced instructor, utilized a 4-inch Ruger GP100 and a 6-inch Colt Python, measuring velocities and observing bullet performance. The data provides valuable insights into the terminal ballistics of this specific ammunition type from different barrel lengths.

This video provides an expert-level analysis of the Colt 1860 New Model Army's improved loading ram mechanism. The speaker, demonstrating high authority, details how the 'creeping lever' system, a rack-and-pinion style design originating from the Root Pocket Pistols, overcomes the inconsistencies of older hinge rams. This advanced mechanism ensures even leverage, preventing bullet deformation and leading to more predictable ballistics and improved accuracy.

This YouTube video, titled 'Como ficam as balas hollow point depois de disparadas' (How hollow point bullets look after being fired), focuses on the terminal ballistics of hollow point ammunition. The video likely demonstrates and analyzes the expansion and deformation of hollow point projectiles upon impact, showcasing their effectiveness in self-defense or hunting scenarios. The content aims to educate viewers on the physical changes undergone by these specific bullet types after discharge.

A 10-inch pine log was tested as cover against various firearms. Handgun and shotgun rounds (9mm, 7.62x25mm, .22 LR, .32 ACP, 12-gauge birdshot, buckshot, slugs) were completely stopped. Rifle rounds (.223 Rem, 7.62x39mm, .308 Win) penetrated the log, with .308 showing significant energy loss and tumbling. The log is considered reliable cover for handguns but only concealment for rifles.

This YouTube video title, 'What A Bullet Looks Like After It Hits A Target! 😱🤯', suggests a visual exploration of bullet deformation and impact effects. While no specific firearms are mentioned, the content likely delves into ballistic gelatin or other target materials to demonstrate how projectiles change shape upon impact. The use of emojis indicates an emphasis on visual impact and potentially surprising results, appealing to viewers interested in the physics of ballistics and terminal performance.

This guide details an experimental technique for observing how bullets travel through extended, curved paths using flexible conduit. It covers setup, firearm selection, firing procedures, and safety considerations, demonstrating the potential for bullets to navigate complex bends. The experiment utilizes a Magnum Research Desert Eagle 1911G in .45 ACP to test bullet trajectory over distances up to 250 feet.

This video delves into the principles of terminal ballistics using a firearm demonstration. It explains the creation and use of ordnance gelatine and Permagel for testing, focusing on the concepts of permanent cavity, temporary cavity, and penetration depth. The analysis highlights the performance characteristics of the 9x19mm cartridge, comparing it implicitly to larger calibers like .45 ACP, and discusses survivability of pistol bullet wounds. The demonstration also visually illustrates bullet deceleration and the temporary cavity effect within the gel block.

This video demonstrates the terminal ballistics of the SA80 L86A1 Light Support Weapon firing 5.56x45mm NATO ammunition into a 10% ballistic gelatine block. The content explains the scientific principles behind ballistic gel testing, including the formation of permanent and temporary cavities, and the importance of penetration depth. It details how gelatine simulates human tissue for wound track analysis and discusses the characteristics of the 5.56mm round, its origins with the AR-15/M16 platform, and its effectiveness when yawing. The description also provides a link to the Royal Armouries collection.

This video by Hickok45 provides a practical demonstration differentiating hard cast lead bullets from soft lead bullets. He illustrates how hard cast bullets, enhanced with alloys like tin and antimony, resist deformation and maintain integrity upon impact, making them ideal for deep penetration in hunting large game. Soft lead, often found in jacketed bullets, deforms readily and relies on the jacket for structure.