Videos tagged with Wood Penetration

This video from Banana Ballistics features an expert-level comparison of a modern .50 caliber muzzleloader against a .500 S&W Magnum rifle. Through a series of rigorous tests involving wood, concrete, sand, steel, and ballistics gel, the host demonstrates and analyzes the penetration capabilities and terminal ballistics of each firearm. The conclusion highlights that while modern muzzleloaders are potent, they do not surpass the performance of high-powered rifles like the .500 S&W Magnum in these specific tests.

This video provides a comprehensive comparison of 9mm +P, .30 Carbine, and .357 Magnum through rigorous barrier testing, including steel, concrete, and wood. It details velocity, energy, and terminal ballistics in gel, highlighting significant differences in penetration and energy transfer between the calibers. The testing reveals that while .357 Magnum and .30 Carbine excel in steel penetration, .30 Carbine shows superior accuracy in wood, and all calibers demonstrate varying effectiveness against concrete.

This YouTube video investigates the penetration capabilities of a McMillan Tac 50 rifle by testing how many 2x10 pieces of wood it can shoot through. The video focuses on a specific rifle model and its performance against a common building material, providing a practical demonstration of its power and potential barrier penetration.

This YouTube video tests the penetration capabilities of a 1911 pistol chambered in .45 ACP by shooting through multiple 2x4 pieces of lumber. The title and description highlight the specific firearm model, caliber, and the experimental nature of the test, suggesting a demonstration of ballistic performance against a common building material. The inclusion of #sigsauer in the title might indicate the manufacturer of the 1911 used, or a comparison point.

This demonstration from the Backfire channel, led by an experienced firearms content creator, compares the penetration capabilities of arrows and bullets through different mediums. It highlights how a 9mm pistol and an AR-15 rifle, despite their high energy, were stopped by a sandbag, while an arrow passed through. Conversely, the arrow was stopped by a wood plank, which both firearms easily penetrated, illustrating the complex nature of ballistic performance.

This video conducts a practical ballistics test to investigate how pistol rounds penetrate wooden barriers, inspired by player complaints in Call of Duty: Modern Warfare 3. Navy SEAL "Coch" and Tactical Hyve Founder Myles test various pistol calibers commonly found in the game against different thicknesses of lumber on a range. The description also touches on potential confusion regarding specific .45 ACP grain weights (230 vs. 240) for both FMJ and hollow-point ammunition, noting that this slight difference is unlikely to significantly impact results. The video aims to provide an educational look at real-world ballistics relevant to a popular video game and offers links to further content and social media.

This video from 1ShotTV tests the performance of Fort Scott Munitions' 115gr 9mm T.U.I. ammunition. The test involves firing the rounds through barriers such as glass, wood, and metal before impacting Clear Ballistics 20% Ballistics Gel. The firearm used is a Glock 17. The creator explicitly states this is not a scientific test but for fun and experimental purposes. The video also includes a request for channel support via Patreon.

This YouTube video, "22LR PENETRATION TEST PT.3 (WOOD TEST)", is the third installment in a penetration testing series. It focuses on testing the capabilities of .22LR ammunition when fired into wood to assess its penetration power. The video aims to provide insights into how this common rimfire cartridge performs against this specific material. Links to the creator's Facebook and Instagram pages are provided for further engagement.

This video compares the penetration capabilities of 300 Blackout and .223 Remington rounds at 100 yards through 24 inches of wood. The 300 Blackout successfully penetrated all boards, while the .223 stopped at 16 inches. A bonus test with .338 Lapua showed it stopped at 9 boards, likely due to projectile deformation.

This video from Demolition Ranch features an expert-level demonstration of lumber penetration using a .308 Winchester round fired from an Armalite AR-10 equipped with a Primary Arms 1-8x24 scope. The test highlights the significant penetration capabilities of the .308, even through multiple layers of wood, and explores factors affecting bullet performance like board spacing. The instructor provides clear explanations of optic features like Front Focal Plane reticles.

This YouTube video from TheFireArmGuy conducts a penetration test to determine if a .22LR round can penetrate a desk top. The test investigates how many layers of wood a .22LR can go through and compares the results between CCI and Federal Auto Match ammunition. The description also links to various playlists for handgun reviews, rifle and shotgun reviews, Second Amendment content, gear reviews, and range test reviews, along with the creator's Twitter handle.

This video conducts a penetration test comparing .223 Remington and 5.56 NATO rounds fired from an AR pistol against 19 OSB boards. While both 55-grain FMJ rounds penetrated 10 boards, the 5.56 slightly outperformed the .223. A Mosin Nagant in 7.62x54R was then tested, easily penetrating all 19 boards, demonstrating its superior power.