Videos tagged with defense ammo

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 video appears to be about 9mm ammunition. Given the minimalist title and description, it likely focuses on the characteristics, performance, or perhaps even a review of 9mm rounds. The content might explore different types of 9mm ammunition, their intended uses, or general information pertaining to this very common handgun caliber. Without further details, the exact scope is unclear, but it's centered on this widely used firearm cartridge.

This video features James from Pilgrim Ammunition joining Omer for a range demonstration of their defense ammunition. The focus is on showcasing the effectiveness of Pilgrim's ammo, engineered for maximum force transfer. Omer conducts both recoil and gel block tests to objectively evaluate the ammunition's performance, aiming to answer whether its claims are more than just a gimmick. The video highlights that Shark Coast employees trust Pilgrim Ammo, and this demonstration aims to explain why.

This video compares the terminal ballistics of various handgun calibers (.22LR, .380 ACP, 9mm, .40 S&W, .45 ACP) against cabbage. It also references other videos testing against watermelon, soda, concrete, cantaloupes, and water jugs. The description lists numerous items used in the videos, including steel targets, cameras, editing equipment, ballistic gelatin powder, reloading tools, and shooting accessories, with affiliate links provided.

This video tests the defensive capabilities of .22LR ammunition by firing it into ballistic gel from various firearms: a Ruger 10/22 rifle, a Ruger 22/45 pistol, and a Beretta Bobcat 21a pistol. The test evaluates three types of .22LR rounds: Federal 38-grain hollow points, Federal 36-grain "Bull Pack," and 32-grain CCI Stingers, examining their penetration and expansion characteristics in the gel.

This video is part 3 of a "Best Carry Ammo" series, focusing on testing various 9mm defense ammunition through a short-barreled subcompact pistol. The presenter uses a Glock 43 and Clear Ballistics 20% gel with an FBI clothing kit. Ammunition tested includes 135 gr +p Hornady Critical Duty, 124 gr Remington Black Belt, 124 gr +p Federal Premium HST, and 115 gr +p+ 9BPLE. The video aims to demonstrate projectile performance out of a concealed carry firearm and encourages viewer support and interaction.

This video tests the performance of HSM 200gr Unicor .45 Auto ammunition fired from a short-barreled Springfield Armory XDS mod2 pistol into ballistic gel. The test evaluates penetration, retained weight, and expansion through bare gel and heavy clothing. The data indicates that while penetration is adequate in bare gel, expansion is nonexistent through heavy clothing, raising questions about its effectiveness as a self-defense round from short-barreled .45 ACP firearms. The video also highlights the relatively low velocity achievable with .45 Auto in shorter barrels.

This Guns & Gear episode focuses on the Sig Sauer P365, a compact carry pistol known for its capacity. The video highlights how the 11-round magazine was a key design element, even preceding the handgun itself. It also showcases SIG's 365 ammunition, designed to complement the P365. The show airs on the Sportsman Channel and WildTV, with additional content available on various digital platforms and their website. Guns & Gear features new firearms products, interviews, demonstrations, and training tips.

This video conducts a ballistic gel test of Nosler .300 AAC Blackout 110gr Varmaggedon ammunition fired from an 8-inch AR-15 upper with a 1:7" twist barrel. The test measures velocity, penetration, expansion, fragmentation, and retained weight to assess its suitability for defense, particularly against varmint targets. Data on velocity spread, penetration depth, retained projectile weight, neck expansion, and maximum/minimum expansion are presented and analyzed.