.44 Special Wadcutter Test

This video revisits the Charter Arms Bulldog .44 Special, a revolver the creator previously owned and disliked due to recoil and ammunition cost. Despite initial reservations, they express regret for selling the previous one and are actively seeking another, specifically a classic blued model. The video touches upon the challenges of finding affordable options and the creator's recent investment in reloading equipment to reduce ammunition costs. The content suggests a personal review and evaluation of the firearm, considering its past ownership and potential future.

This video showcases the smallest and deadliest revolvers available for purchase in 2025, emphasizing their compact size, reliability, and suitability for self-defense. Featured models include the Smith & Wesson 642, Charter Arms Bulldog in .44 Special, Kimber K6s, Ruger LCR, and Colt King Cobra Carry. The review highlights their concealability and stopping power, catering to various preferences for deep carry, lightweight builds, or increased firepower.

This video conducts a ballistic gel test on CCI Blazer ammunition loaded with Gold Dot bullets in .44 Special caliber. The test aims to evaluate its effectiveness as a self-defense option, featuring heavy clothing simulation. Firearms used in the test include a Taurus Tracker and a Smith & Wesson Model 29. The description emphasizes safety protocols and clarifies that no firearms or ammunition are for sale.

This video focuses on the Charter Arms .44 Special revolver. Given the limited description, the content likely involves a review, range test, or overview of this specific firearm. It would be relevant to individuals interested in revolvers, particularly those chambered in .44 Special, and potentially for concealed carry or self-defense applications.

This review details a custom Charter Arms .44 Special revolver built to resemble Will Graham's 'Red Dragon' weapon. Modifications include a glass bead blasted finish, custom porting, glow-in-the-dark sights, and Hammer Forge Grips. The builder also recreated Glaser Safety Slugs using a DIY method.

This video conducts a ballistic gel test of .44 Special self-defense ammunition. It specifically tests the performance of "Matt's Bullets" in ballistic gel, with a focus on defensive capabilities. The test utilizes a Taurus Tracker and a Charter Arms Boomer revolver, and includes a test with heavy clothing obstruction. The video aims to determine if this .44 Special ammunition is a viable option for self-defense scenarios.

This video compares buckshot and birdshot for home defense scenarios, highlighting their effectiveness and penetration characteristics. At close range, both are lethal, but birdshot offers a safer option due to reduced over-penetration risk through interior walls. The Remington 870 is featured as a suitable platform.

This video provides a detailed guide on how to field strip a 1911 pistol, presented by Roy Huntington of American Handgunner. It covers the essential safety checks, step-by-step disassembly including bushing rotation and slide removal, and a reverse reassembly process. An alternative 'cheat' method is also demonstrated for quicker disassembly, along with tips on using bushing wrenches and a strong emphasis on firearm safety rules.

This video showcases a museum-quality, first-generation 1873 Colt Single Action Peacemaker revolver discovered via metal detecting in Arizona. The firearm, manufactured in 1875, exhibits significant authentic patina and wear, including a thin muzzle from holster carry, indicating heavy historical use. Its discovery among homestead ruins highlights its deep burial and preservation.

This guide advocates for a '5-minute clean' approach to modern firearms, emphasizing that intensive cleaning is often unnecessary and can cause premature wear. It details a streamlined process focusing on essential areas like the barrel chamber and slide rails, using minimal solvent and oil. The video also warns against common mistakes like over-oiling magazines, promoting efficient maintenance for reliable function.