Does Oil ruin Ammo?PT.3🛢🤔

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 introduces the Hickory Flat Boars 'Havoc BB Shell,' a 12-gauge shotgun shell designed to maximize damage by filling the empty space in traditional buckshot shells with BBs. Tests demonstrate significant damage to water jugs, car doors, and ballistics gelatin, showcasing the combined effect of 00 buckshot and BBs. The content highlights innovative ammunition design for increased terminal ballistics.

This video appears to explore the feasibility and methods of creating "riot console rounds." While the specific firearm platforms or calibers are not detailed in the provided data, the title suggests a focus on ammunition modification, potentially related to less-lethal or area-denial projectiles. The content likely delves into the technical aspects of reloading or modifying ammunition for specialized purposes. Given the subject matter, it could involve discussions of ballistics, material science, and safety considerations, appealing to individuals interested in advanced ammunition concepts and potentially gunsmithing or experimental ballistics.

This YouTube video focuses on the importance of using a digital scale, likely in the context of reloading or precision shooting. While the title doesn't explicitly mention firearms, the utility of a digital scale is highly relevant for enthusiasts involved in handloading ammunition, which requires precise measurements of powder charges for safety and accuracy. The video aims to educate viewers on why this tool is a necessity for achieving consistent results and improving their shooting performance.

This YouTube Shorts video focuses on the process of reloading ammunition for two distinct calibers: 7mm and 5mm. The title and description explicitly mention "Reloading 7ammo & 5ammo" and include hashtags related to trending content and general audience engagement like #america, #feed, and #gaming. Given the explicit mention of ammunition reloading, the content is directly related to firearms and their maintenance/preparation.

This YouTube video focuses on load development for the .300 Blackout caliber. Load development is a crucial aspect of handloading ammunition, where shooters meticulously test different powder charges, bullet weights, primers, and other components to achieve optimal accuracy, velocity, and consistency for their specific firearm. This process is essential for maximizing the performance of any cartridge, particularly for specialized applications like hunting, self-defense, or suppressed shooting where the .300 Blackout excels.

This video demonstrates how to create improvised slugs from standard shotgun shells by cutting them. Historically used during the Great Depression, these 'cut shells' offer a budget-friendly alternative to slugs. The process involves carefully cutting the shell to retain the wad and shot, then firing to test accuracy and performance, noting potential ejection issues with semi-automatic shotguns.

This video highlights critical firearm safety failures, including poor muzzle awareness and lack of trigger discipline, culminating in a negligent discharge within a residential setting. The demonstration, though silent, serves as a stark warning against unsafe handling practices, emphasizing the importance of proper training.

This video demonstrates how to create DIY wax slugs by modifying standard birdshot shells with melted wax. The process binds pellets into a single mass, significantly increasing energy transfer and penetration compared to traditional birdshot. Testing shows wax slugs can shatter cinder blocks, unlike birdshot, and can even add a pleasant scent to the shooting range.

This video tests whether shotgun shells mounted on a plate carrier will explode when shot. Experiments with birdshot, buckshot, and a Dragon's Breath round show that while the shells and carrier are damaged, the shells themselves do not detonate. The speaker explains this is because firing requires both primer ignition and compression from a barrel, neither of which are present when a shell casing is breached.