This YouTube video, titled 'Better Than A Hollow Point!', focuses on ammunition performance, likely comparing different bullet types or technologies to traditional hollow-point rounds. Without a transcript, the exact nature of the comparison is unknown, but the title strongly suggests a deep dive into ballistics, terminal performance, or self-defense effectiveness of various ammunition options. The content aims to inform viewers about superior alternatives to standard hollow points, potentially for self-defense or other firearm applications.
This YouTube video tests the effectiveness of 'Deer Antler Bullets' (Bala de Chifre de Veado). The title directly questions whether this unique ammunition actually works, suggesting a performance evaluation or demonstration. It's likely to involve shooting tests to assess the bullet's capabilities, possibly comparing it to standard ammunition or showcasing its intended application. The content would appeal to firearms enthusiasts interested in novel ammunition types and their practical performance.
This YouTube video's title, 'Can A 20 Grain Bullet Go Boom?', suggests an exploration into the terminal ballistics or potential explosive characteristics of a very light bullet. Given the context of firearms content, the video likely investigates whether a 20-grain projectile can achieve sufficient velocity, energy, or expand in a way that creates a significant effect upon impact, or perhaps if it's even feasible to launch such a light projectile effectively. The focus is likely on the physics and performance of small projectiles.
This video tests the performance of four popular hunting cartridges when fired into solid concrete, moving beyond typical ballistic gelatin testing. The focus is on evaluating the bullets' efficiency, penetration, and knockdown power against a very hard, unconventional medium. Slow-motion footage captures the destructive impact, offering a unique visual and analytical perspective on cartridge capabilities in an extreme scenario. The content aims to provide surprising insights into what happens when these rounds meet solid concrete.
This YouTube video investigates the potential dangers of cork bullets when fired from a shotgun. The title explicitly mentions testing 'balas de cortiça' (cork bullets) in a 'escopeta' (shotgun), indicating a focus on the performance and safety implications of this unusual ammunition. The content likely aims to demonstrate the effects of these projectiles and assess whether they pose a significant risk.
This video challenges the perceived decline in the effectiveness of the .30-06 cartridge, questioning if it has become a "fudd cartridge." The creator conducts a steel penetration test using various .30-06 loads against grade 50 mild steel at 50 yards. The Savage 110 rifle, equipped with an MDT ORYX Bipod and Vortex Viper HD scope, is used for the testing. The video aims to provide an entertaining and educational look at the ballistic performance of the .30-06.
This video features Rughi and Recoil Iain discussing the effects of match-grade rifle ammunition on African plains game, aiming to debunk common myths. The description also promotes the channel's exclusive perks, training calendar, rifle ruck events, and discounted training classes. Viewers are encouraged to support the channel via their "Shooters Club" and utilize affiliate links for various products, with specific discount codes provided for Weapon Works Custom Cerakote, Eberlestock, Arcane Concerted, and Two Vets Sporting Goods. Social media links for Instagram, Twitter/X, Pinterest, Twitch, and Facebook are also included.
This video aims to determine the best deer rifle by testing multiple calibers against ballistics gel. The content focuses on evaluating the performance of various ammunition types, likely from different rifle platforms, to assist viewers in making informed decisions for hunting applications. It's presented by Kentucky Ballistics and includes promotional material for their merchandise and social media channels.
This video investigates the penetration capabilities of a .50 caliber sniper rifle by testing how many sheets of paper it takes to stop it. The experiment directly addresses a common question about projectile performance against different materials, focusing on the power of a large caliber rifle round. It's a straightforward demonstration designed to be informative and potentially entertaining for firearm enthusiasts curious about ballistics and terminal performance.
This video debunks the myth of "overpenetration" in self-defense ammunition, arguing that fear-based marketing by ammo companies often promotes less effective rounds for profit. It utilizes FBI standards, ballistic gel tests, and real-world data to demonstrate that reliable penetration, not gimmicks, is crucial for stopping threats. The content contrasts proven loads like Federal HST and Speer Gold Dot with "miracle" or frangible rounds, highlighting that misses, not overpenetration, are the primary danger in defensive scenarios. The video aims to provide factual information about self-defense ammo, moving beyond sensationalism.
This YouTube video showcases the impressive penetration capabilities of a specific ammunition round. The title strongly suggests a focus on ballistic performance and likely involves testing the round against various materials. Viewers can expect to see a demonstration of how effectively this 'crazy round' performs, hinting at its power and potential applications, possibly in self-defense or specialized shooting scenarios. The visual emphasis is on the destructive power of the projectile.
This YouTube video features a ballistic gel test comparing Liberty Civil Defense ammunition against G2 Research Telos and Liberty Overwatch monolithic bullets. The testing involves shooting through simulated rib bones to assess penetration and expansion, providing insights into the performance of these defensive ammunition types. The video also includes links to the creator's Patreon, merchandise store, and Instagram, along with music attribution.
