Videos tagged with 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, titled 'Ballistic Dummy Lab,' focuses on testing and analyzing the effects of projectiles on a ballistic dummy. While the specific firearms, calibers, or ammunition types used are not detailed in the provided information, the core concept revolves around ballistics and projectile impact. The lab setting and dummy suggest a scientific or experimental approach to understanding firearm performance and terminal ballistics.

This YouTube Short, titled "I shot a bullet BACKWARDS 😱 #shorts #science," explores a scientific or experimental aspect of firearms, likely demonstrating a unique phenomenon related to projectile behavior. The use of hashtags like #shorts and #science indicates a concise and informative presentation of an unusual firearms-related event. Without a transcript, the specific firearm, caliber, or detailed methodology remains unknown, but the core concept revolves around an unexpected ballistic outcome.

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 YouTube Shorts video humorously addresses a common, albeit unlikely, scenario: bullets impacting sideways. While the title is designed to be attention-grabbing and slightly absurd, it implies a discussion or demonstration related to ballistics or firearm functionality, likely within the context of a range or experimental setting. The content aims to intrigue viewers with a visual paradox, prompting engagement and curiosity about the physics involved.

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 video explores the ballistic properties of butter, specifically investigating how much of it would be required to effectively stop a bullet. It delves into a practical, albeit unusual, ballistic test scenario. The description provides links to the creator's website and Instagram for more content and engagement.

This video investigates the ballistic penetration capabilities of common beverage cans, specifically Tecate beer cans. The experiment aims to determine how many cans are required to stop a bullet, offering a practical, albeit unconventional, demonstration of projectile energy and material resistance. The description links to the creator's website and Instagram for additional content and engagement.

This video explores the ballistic resistance of shaving cream by testing how many cans it takes to stop a bullet. While the title is intriguing, it doesn't explicitly mention specific firearms, calibers, or manufacturers. The description provides links to the creator's website and Instagram, suggesting a focus on experimental content rather than a technical firearm review. Without further information about the actual testing methodology or the firearm used, the analysis is limited.

This video investigates the ballistic resistance of pillows, testing how many it takes to stop a bullet. While the specific firearm and caliber used are not explicitly mentioned, the title and description imply a projectile impact test. The content creator provides links to their website and Instagram, suggesting a focus on experimental or demonstrative content related to projectile behavior.

This video demonstrates the Coriolis effect on bullet drop over long distances. Jeremy Winters conducts an experiment by shooting at targets 1000 yards to the west and 1000 yards to the east, then compares the resulting bullet trajectories. The experiment aims to illustrate how the Earth's rotation influences projectile path at extreme ranges.