Allegiance PowerStrike 90gr with ballistics gel

This video tests the effectiveness and accuracy of double-slug shotgun ammunition. It demonstrates the penetration capabilities of the slugs in ballistic gel and assesses their grouping at a distance, revealing significant spread. The test highlights the projectile deformation upon impact.

This video compares the terminal ballistics of Remington Ultimate Defense .380 ACP and .38 Special +P ammunition using various targets including watermelons, pineapples, and soda cans. The .38 Special +P consistently demonstrated more significant damage and penetration across all tests, suggesting it delivers more energy and performs more effectively in this comparison. The presenter highlights the visual differences in target destruction, noting the liquefied internal damage caused by both rounds but emphasizing the greater impact of the .38 Special +P.

This video tests the effects of dragon's breath shotgun rounds on a ballistic gel head. It demonstrates that dragon's breath ammunition, especially when paired with a projectile like BBs, causes significant burning and melting of the ballistic gel, indicating it continues to burn after impact. The test uses a Geissele Arms Filthy Pheasant Shotgun and ammunition from Hickory Flatbore.

This video provides a detailed comparison between the 338 Arc and 300 Blackout cartridges, focusing on their performance in ballistics testing. The presenter, Tony D2 Wild, demonstrates and analyzes the terminal ballistics of both supersonic and subsonic rounds from each caliber using FBI-grade perma gel. The content highlights the developmental stages of the 338 Arc and its potential, while also acknowledging the established role of 300 Blackout.

This guide, informed by an expert with a background in Special Warfare and Army Ranger experience, details techniques for managing recoil with the .40 S&W caliber. It emphasizes proper grip, body positioning, and trigger control to facilitate accurate follow-up shots, drawing on live-fire testing and ballistics demonstrations. The advice is crucial for shooters seeking to maximize their effectiveness with firearms that exhibit more significant recoil than 9mm counterparts.

This video compares the terminal ballistics of the 357 Sig and 357 Magnum cartridges fired from short-barreled handguns using ballistic gel-filled chickens. The 357 Sig, loaded with a 124-grain Underwood jacketed hollow point, was tested against a 125-grain Hornady XTP handload. The 357 Magnum, also with a 125-grain XTP, was tested from a revolver. While both cartridges demonstrated significant damage, the 357 Magnum generally penetrated deeper into the ballistic gel.

This guide details the field stripping and reassembly process for the Walther PPK/S, as demonstrated by a knowledgeable firearms instructor. It covers the unique trigger guard release mechanism for slide removal and emphasizes the importance of safety during the procedure. The review highlights the hybrid American/German manufacturing and its implications for import regulations.

This guide details troubleshooting steps for an AR-15 build experiencing cycling failures, as demonstrated by Graham Baates. It covers inspecting the bolt carrier group, buffer tube, adjustable gas block, and trigger assembly for potential issues. The process emphasizes careful disassembly and reassembly to diagnose and resolve short-stroking or failure-to-cycle problems.

This guide details the field stripping process for the Bersa TPR9C, as demonstrated by GBGuns. It covers the essential steps for safely disassembling the firearm for cleaning and inspection, emphasizing critical safety checks. The speaker's high authority level ensures a technically sound procedure.

This review details the Smith & Wesson Performance Center Pro Series Compact 1911 in 9mm, highlighting its external features, internal components, and field stripping process. The expert analysis covers the scandium alloy frame, 3-inch bull barrel, and trigger characteristics, offering insights into its suitability for concealed carry and potential limitations with certain ammunition types.