Videos tagged with Bullet Construction

This video explores the potential lethality of a bullet constructed from JB Weld, a common epoxy. While the exact firearms or calibers involved are not detailed in the provided information, the title suggests a DIY approach to ammunition creation and an examination of its ballistic properties and potential effectiveness. The content likely delves into the material science of JB Weld and its performance when fired from a projectile launcher.

This experiment tests the lethality of custom-made JB Weld epoxy bullets loaded into 12-gauge shotgun shells. While highly inaccurate, the JB Weld bullets demonstrated significant penetration and were proven lethal in ballistics gelatin tests, passing through a gelatin head. The experiment highlights the potential for DIY ammunition but underscores its practical limitations in accuracy.

This video aims to guide viewers in selecting the optimal ammunition for their hunting endeavors. It emphasizes that the best choice transcends brand loyalty or external recommendations. The content will delve into fundamental aspects of ammunition performance, including bullet construction, trajectory, energy upon impact, and recoil. The ultimate goal is to empower viewers to make informed decisions by understanding the critical trade-offs involved, enabling them to match the right cartridge and bullet type to their specific target animal, intended hunting range, and prevailing field conditions.

This Gun Talk Radio episode features Jeff Hoffman of Black Hills Ammunition discussing hunting bullet construction with host Tom Gresham. Tom is considering a switch to monolithic bullets for his upcoming elk hunt. The conversation delves into how monolithic bullets perform in shooting tests and gelatin, providing insights for hunters on bullet choice. The episode also highlights Gun Talk's broadcast schedule and various platforms for accessing their content.

This Gun Talk Radio episode features Jeff Hoffman from Black Hills Ammunition discussing new developments in ammunition. Topics include his experiences with .454 Casull, practical applications like muskrat extermination, and new ammo options for various firearms that could influence current load choices. The conversation also delves into the advancements in all-copper bullet construction over recent years. The show's broadcast details and other platforms are provided for listeners.

This video debunks the common misconception that kinetic bullet energy directly represents a cartridge's 'killing power.' The creator argues that this is a myth often exploited for ammunition sales, and explains that understanding bullet weight, diameter, and construction is crucial for a more accurate assessment. The video aims to clarify the complex relationship between kinetic energy and terminal ballistics using simple illustrations and standard ammunition data.

This video features ballistician Bryan Litz explaining the critical factors in terminal bullet performance for long-range shooting. He emphasizes that while bullet construction is a consideration, Ballistic Coefficient (BC) is paramount, as it dictates retained velocity and energy at distance. Higher impact velocity, facilitated by a good BC, leads to superior expansion and lethality. Litz recommends his 'Applied Ballistics' book series for further study.

This review delves into the controversial Winchester Black Talon ammunition, examining its unique cutting-tissue design and historical context. Despite its fearsome reputation, testing suggests it had less stopping power than other hollow points. The video also compares its performance and design to modern alternatives like the Winchester Ranger and MagSafe frangible rounds, highlighting differences in bullet construction and wounding mechanisms.

This video from Brownells provides an animated reveal of the Winchester XP3 2-stage expansion bullets, illustrating their construction. The animation aims to educate viewers on the internal design and functionality of these specific ammunition rounds. Further details can be found on the Brownells videos website.