Videos tagged with Firearms Science

This video explores the potential lethality of stone musket balls, likely delving into their historical use and ballistic properties. It aims to answer whether these primitive projectiles could still cause fatal injuries, drawing comparisons perhaps to modern ammunition or ballistics. The content likely appeals to historical firearms enthusiasts, reenactors, or those interested in the evolution of projectile weaponry.

The title "What goes up must come down" combined with the description's lack of specific details suggests a video that might involve ballistics, projectile trajectory, or potentially even a discussion about gravity's effect on fired rounds. Without further context from a transcript or visual cues, it's difficult to pinpoint the exact firearms or activities featured. It could be a scientific explanation, a demonstration of bullet drop, or a more abstract representation related to shooting.

This video from Demolition Ranch features a discussion and potential demonstration related to achieving an extremely high projectile velocity, specifically "1 Mile Per Second". The title implies a focus on the physics and engineering behind such speed, likely involving firearms. The description includes sponsorship by World of Warships and links to their game and charity fundraiser, as well as the creator's merchandise and personal vlogs. It also promotes HEAT WAVE eye protection with a discount code. While the exact firearm or caliber isn't specified, the title strongly suggests a firearms-related context.

This YouTube video delves into the fundamental science behind how gunpowder works. While the description doesn't provide specific details about demonstrations, it does include affiliate links to recommended gear such as hearing protection, scopes, and rifles, suggesting a practical or informational approach to the topic within the firearms context. The video is produced by Backfire LLC, a Utah-based company, and aims to educate viewers on the mechanics of this essential component of many firearms.

This video, Part 2 of a discussion, delves into the scientific and physics-based reasons behind an unusual ammunition incident where a falling shell reportedly set off other ammunition. It promises a detailed explanation, including mathematical and physics concepts relevant to weapon science. Viewers interested in the technical aspects of firearms and ammunition safety will find this content educational. Part 1 of the discussion is linked for those seeking the full context.

This video explores the maximum effective range of shotguns, specifically investigating how far BirdShot, 00 Buckshot, and Slugs remain deadly. The content delves into the science behind shotgun ballistics at various distances, utilizing both body targets and simulated human head targets. The presenter meticulously tests ammunition performance, providing visual and analytical data to answer the question of shotgun lethality. The video also includes several sponsor segments and calls to action for Patreon and other affiliated products.

This YouTube Shorts video compares the effectiveness of the 4.6x30mm cartridge against body armor. While the description is minimal, the title strongly suggests a ballistics test or demonstration focusing on the terminal performance of this specific ammunition when interacting with protective gear. The content likely aims to inform viewers about the capabilities of the 4.6x30mm round in a defensive or tactical context.

This video from Brownells Gun Techs, Caleb and Steve, dives into the concept of ballistic coefficient (BC). They explain that BC is a measure of a bullet's ability to overcome air resistance, with higher numbers indicating better performance. They illustrate how bullet shape, like long and narrow versus short and squat, impacts BC. The discussion highlights the importance of BC for long-range shooting and mentions its lesser significance for shots under 100 yards. Caleb also touches on scenarios where a high BC bullet might not be the optimal choice. The video encourages viewer interaction in the comments section.

This episode of the GUNS Magazine Podcast features Brent T. Wheat, Roy Huntington, and Tom McHale dissecting the concept of "knockdown power." They aim to clarify this often-misunderstood topic, differentiating it from Hollywood exaggerations and hunting folklore, by applying principles of physics and terminal ballistics. The discussion includes analogies, real-world experiences, and insights from wound ballistics expert Martin Fackler, offering a scientific perspective on the subject.

This video explores the physics behind bullet stabilization and how barrel twist affects a projectile's flight path. It delves into the science of gyroscopic stability, explaining how the rifling in a barrel imparts spin to a bullet, enabling it to maintain its trajectory and accuracy after leaving the muzzle. The content is educational and aims to provide viewers with a better understanding of fundamental ballistics.