This YouTube video, titled 'Como ficam as balas hollow point depois de disparadas' (How hollow point bullets look after being fired), focuses on the terminal ballistics of hollow point ammunition. The video likely demonstrates and analyzes the expansion and deformation of hollow point projectiles upon impact, showcasing their effectiveness in self-defense or hunting scenarios. The content aims to educate viewers on the physical changes undergone by these specific bullet types after discharge.
This SundayGunday video features an exclusive look at new ammunition from Barnes specifically designed for the whitetail hunting market. The Barnes Harvest Collection aims to provide consistent expansion on thinner-skinned game, ensuring ethical kills while maintaining the accuracy needed for longer shots. The video will explore the features and benefits of this new offering for hunters.
This video delves into a critical aspect of self-defense ammunition: the debate between penetration and expansion. The content aims to educate viewers on which characteristic is more vital for effective performance in defensive scenarios. The channel emphasizes responsible firearm usage and advocacy for Second Amendment rights, with a strong focus on viewer support and avoiding sponsorships. The video also promotes official merchandise and backup channels for further engagement.
This video explores the evolving landscape of self-defense ammunition, challenging the long-held reliance on traditional hollow points. It delves into the science and marketing behind various bullet designs, explaining why gun owners are shifting away from older hollow point technologies. The content aims to demystify the complexities of modern ammunition choices, helping viewers make informed decisions for their personal protection needs by breaking down myths and hype.
This video tests whether clothing can impede the expansion of hollow-point ammunition. The test likely involves firing a firearm with hollow-point rounds through various types of fabric to observe the effect on bullet expansion. The title mentions "VertX," which is a brand of tactical apparel, suggesting a focus on how tactical clothing might interact with ballistic performance.
This YouTube Shorts video focuses on slow-motion footage of a 62-grain projectile impacting ballistic gelatin. The visual emphasis is on observing the projectile's behavior and terminal ballistics upon impact in extreme slow motion, providing a detailed look at the wound channel and projectile expansion or integrity. The video is concise, designed for quick consumption on the Shorts platform.
This video delves into the fascinating mechanics and physics behind bullet performance, exploring how different factors influence a projectile's behavior upon impact. While the specific firearms or calibers are not detailed in the provided information, the title suggests an in-depth look at the science of ballistics, potentially covering concepts like terminal ballistics, penetration, expansion, and energy transfer. This content would be valuable for those interested in the technical aspects of firearms and ammunition.
This YouTube video focuses on ballistic testing, specifically utilizing ballistics gel to analyze ammunition performance. The title, "R.I.P. ammo ballistic testing," suggests a demonstration of how a particular type of ammunition, likely expanding rounds known for their fragmentation, performs upon impact. The use of ballistics gel is a standard method for simulating tissue and evaluating penetration, expansion, and weight retention of projectiles. This type of testing is crucial for understanding terminal ballistics and how ammunition performs in real-world scenarios, particularly for self-defense or hunting applications.
This YouTube video focuses on demonstrating and explaining the effects of a hollow-point bullet upon impact. While the specific firearm model and caliber are not explicitly stated in the provided title and description, the core subject matter revolves around ammunition terminal ballistics and the physical consequences of a hollow bullet's expansion. The content likely aims to provide viewers with a visual understanding of how this type of projectile behaves when striking a target.
This video analyzes the terminal ballistics of .22LR ammunition for self-defense purposes in 2024. It emphasizes that the effectiveness of .22LR for self-defense is significantly enhanced when fired from a rifle, and discusses crucial factors like bullet expansion and penetration. The description details how bullet dimensions, construction, and design influence terminal performance in handguns, highlighting the trade-offs between expansion and penetration for maximizing stopping power with smaller calibers. The content aims to equip firearms enthusiasts and those considering a .22LR for personal protection with informed decision-making knowledge.
This video features a ballistic gel test of Underwood Ammunition's 38 Special +P 125gr Hornady XTP rounds. The test utilizes Clear Ballistics gel to simulate tissue and analyze bullet performance. The test is conducted from two different firearm barrel lengths: a J-frame snub-nosed revolver and a 4 5/8 inch barrel revolver. The video aims to provide viewers with data on the expansion and penetration of this ammunition.
This YouTube video, titled 'Bullet Claymation: 9mm FMJ vs. Hollow points,' presents a visual comparison of two common 9mm bullet types: Full Metal Jacket (FMJ) and Hollow Point. Utilizing claymation, the video aims to demonstrate the terminal ballistics and expansion characteristics of each ammunition type upon impact. While no specific firearm models or manufacturers are detailed in the provided information, the core content revolves around the performance differences between these two popular handgun rounds, likely for educational or informational purposes related to self-defense or general firearm knowledge.
