This video investigates the lethal potential of a low-cost blowgun when aimed at a cranial target. The analysis focuses on the effectiveness of this projectile against a vital area of the head, examining whether such a seemingly simple tool could cause fatality. The content delves into the physics and biology involved in such a scenario, assessing the impact and penetration capabilities of a blowgun dart.
This video explores the ballistic resistance of a car engine against a .50 caliber sniper rifle. It delves into whether typical vehicle components can withstand such a powerful round, likely featuring a comparison of the .50 BMG's penetration capabilities against automotive materials. The content aims to answer a specific, high-interest question for firearms enthusiasts and potentially vehicle enthusiasts regarding projectile stopping power.
This YouTube video delves into the debate surrounding the suitability of the .22LR caliber for self-defense. It aims to provide viewers, from beginners to experienced shooters, with a thorough understanding of the .22LR's capabilities by examining its stopping power, penetration, and accuracy. The video encourages viewers to watch to make an informed decision about whether a .22LR is sufficient for their personal protection needs. The content is presented as educational and conducted in a safe, controlled environment.
This video, titled "Projéteis de LEGO: Será que são letais?" (LEGO Projectiles: Are They Lethal?), explores the potential lethality of projectiles made from LEGO bricks. While the title suggests a focus on the destructive capability of these unconventional projectiles, it's likely framed as an experimental or investigative piece. The content will probably involve testing LEGO projectiles against various targets to determine their impact and penetration capabilities, perhaps drawing comparisons to more conventional ammunition in a theoretical or illustrative manner. The tone is likely to be curious and possibly a bit sensationalized to engage viewers.
This video provides an expedited test and review of two high-performing 5.7x28mm ammunition loads. The content highlights the terminal performance and penetration capabilities of these loads, noting potential reliability issues encountered with the tester firearms. The reviewer, an advocate for improved 5.7x28mm loads, emphasizes the importance of these findings for individuals carrying the caliber for self-defense or other special purposes. The video also showcases associated gear like the Spyderco Paramilitary 2, hearing protection, a chronograph, and red dot sights.
This YouTube video explores the effectiveness of a pickaxe in stopping a 9mm bullet. The title directly poses the question, indicating a potential ballistic test or demonstration. The content likely delves into the material properties of a pickaxe and its capacity to act as a projectile shield against common handgun rounds. Viewers can expect a practical, possibly experimental, approach to understanding improvised ballistic protection.
This video from Game & Fish features Adam Heggenstaller reviewing Winchester's Long Beard TSS and 21 Sharp ammunition. The review covers the features, specifications, ballistics, penetration, and field performance of these loads, comparing them to other hunting ammunition. It highlights their suitability for turkey hunting, big game, and long-range shooting, offering expert insights for hunters seeking premium performance and accuracy. The video also directs viewers to Game & Fish and Winchester resources for more information.
This YouTube video features a ballistic gel test of 300 Blackout (300Blk) ammunition fired from a 7.5-inch barrel with a 1:5 twist rate. The creator initially believed a larger, slower bullet would be best for home defense but discovered through testing that the "Phantom Defense SPICY BOI at 85gr" is their preferred round. The video showcases tests of six different bullets, with a strong endorsement for Phantom Defense ammunition over off-the-shelf options. The creator also expresses gratitude to their viewers and mentions supporting a charity, their Patreon, and SST Firearms. The description includes a standard disclaimer regarding safe firearm handling and legal compliance.
This video explores whether a bulletproof vest can be constructed from paper, emphasizing that it's a demonstration for informational purposes only and should not be replicated. The experiment takes place on a private gun range in Georgetown, Texas, with all necessary safety precautions observed. The content will likely involve testing various calibers against a paper vest construction to observe penetration and protection capabilities.
This video explores the ballistic resistance of wood, investigating how much of it is required to stop various bullets. While the specific firearms and calibers used are not detailed in the provided information, the title suggests a practical, potentially experimental approach to understanding projectile penetration through different wood densities and thicknesses. The content likely appeals to individuals interested in ballistics, survival, or the physical properties of materials when subjected to firearm impact.
This video provides a ballistics comparison between rifle and pistol ammunition, specifically focusing on the penetration abilities of 9mm, 5.56mm, and 7.62mm bullets. It aims to illustrate the differences in performance between these common calibers in a clear and informative manner for firearm enthusiasts.
This video analyzes the penetration capabilities of different ammunition types for home defense, specifically comparing AR-15 rounds (5.56/223 in weights 55gr-77gr) against 9mm handgun rounds (115gr-147gr JHP). The creator asserts that standard defensive AR-15 loads generally penetrate less than common 9mm JHP rounds, with the exception of steel or tungsten-cored M855/M855A1 "green tip" ammunition. The video debunks common myths surrounding firearm safety and effectiveness in a defensive context.
