Videos tagged with Experimental Ballistics

This video details an advanced experimental attempt to push .22LR velocities beyond factory specifications using modified nail gun blanks. The instructor, demonstrating significant expertise in ballistics and firearm modification, explores various power levels of blanks and their impact on velocity and firearm integrity. The experiments highlight the extreme dangers and limitations of such modifications, ultimately concluding that dedicated cartridges like the .17 WSM are necessary for achieving 3000 FPS.

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 video explores the physics of what happens when bullets impact the ground, investigating how deep different types of ammunition will penetrate various soil conditions. It's an observational experiment designed to test the terminal ballistics of projectiles in a terrestrial environment, rather than a demonstration of shooting techniques or firearm reviews. The focus is on the projectile's behavior after firing and its interaction with the earth.

This video from Civilian Tactical tests whether a .22 caliber tracer round can ignite a mini propane tank. The experiment, conducted with a Volquartsen Arms Mamba pistol, utilized a control flame to isolate the tracer's effect. The results, analyzed in slow-motion, indicated that the tracer round itself did not ignite the propane; the secondary torch flame was the cause. The conclusion is that .22 tracers are unlikely to ignite propane tanks.

This video from DemolitionRanch, featuring Matt Carriker, explores the extreme limits of firearm durability and ammunition performance through a series of destructive tests. Carriker, demonstrating advanced knowledge of firearms and ballistics, uses a budget-friendly Mossberg Patriot in .308 Winchester as his test subject. The experiments involve custom-loaded cartridges, including those with unconventional projectiles and nested rounds, pushing the rifle to its breaking point. The final test, filling the barrel with multiple cartridges, results in a seized bolt, showcasing the rifle's surprising resilience.

This experiment demonstrates that loading ammunition backwards into a Glock pistol will result in a failure to chamber and fire. The backwards rounds cause malfunctions like stovepipes or immediate ejection, preventing the firearm from cycling. The video debunks the myth that a backwards round could fire and injure the shooter, confirming the firearm's safety mechanism in this scenario.

This YouTube video appears to be a ballistic test focusing on the damage caused by shooting US dime coins. The title "DIME SHOT Ballistic Damage! (Test)10¢ coins" directly indicates the experiment's nature. Leveraging the channel's established "Demolition Ranch" and "FullAutoFriday" themes, it likely showcases the impact and destructive capabilities of projectiles against these small metallic objects, offering an entertaining and perhaps educational look at terminal ballistics from a unique angle. The use of the '#' symbol in the title suggests these are intended as searchable tags themselves.

This short demonstrates a 'keyholing' issue where bullets impact a target sideways, indicating tumbling. The speaker uses an Aero Precision 10.5-inch AR-15 with AAC 5.56 NATO 55 Grain FMJ ammunition and seeks audience advice to resolve the problem, as the rifle cycles normally.

This video demonstrates the experimental preparation of custom 12 Gauge shotgun ammunition using steel tacks as the projectile. The process involves disassembling standard shotshells, filling them with tacks, and then firing them from a semi-automatic shotgun at a plywood target. The speaker, exhibiting signals of experienced authority, showcases the impact and spread of this unconventional load, highlighting the potential for significant damage.

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 explores the ballistic capabilities of tennis balls, specifically addressing the question of how many it would take to stop a bullet. While the exact firearm caliber and projectile are not explicitly stated in the provided information, the nature of the experiment suggests a focus on projectile impact and material resistance. The description includes links to the creator's website and Instagram, indicating a content creator likely focused on popular science, experiments, or potentially ballistics testing.

This experiment tests the bullet-stopping power of butter using a 9mm Glock 19 with 115-grain FMJ ammunition. The initial test showed a bullet passing through 9 blocks before deviating. A subsequent test with 12 blocks confirmed that even this significant amount of butter was insufficient to stop the 9mm round, demonstrating its surprising penetration capabilities.