Starline 223 Brass - Case Capacity Warning

This guide details the process of building a Henry Predator lever-action rifle for long-range precision shooting. Key modifications include upgrading the stock, installing a carbon fiber Picatinny rail, and fitting a high-quality optic like the Vortex Razor HD Gen 3. The build also incorporates an 18-inch BSF carbon fiber barrel, an Impact 4000 ballistic calculator, and a SilencerCo suppressor, transforming the rifle into a capable precision platform.

Jerry Miculek details a high-volume brass cleaning process using a concrete mixer with soap and water, followed by a 3-hour drying period in an oven at 200°F. He stresses the importance of uniform case length, demonstrating trimming .223 brass to 1.750 inches using a Dillon electric trimmer for improved accuracy. The video also touches on inspecting brass for defects and recycling tumbling media.

This video demonstrates the assembly of an AR-15 lower receiver, focusing on the installation of critical components like the trigger group, safety selector, and buffer system. The builder, exhibiting advanced armorer skills, utilizes specialized tools and techniques for a precise build. While edited for entertainment, the process highlights the methodical approach required for a reliable firearm.

This video details the process of creating a custom seating stem for 75gr Hornady BTHP bullets to address concentricity issues with compressed loads. Testing reveals that shorter seating depths (around 2.254" OAL) improve bullet alignment and accuracy, with the best group measuring 0.59" at 100 yards. The host emphasizes the importance of matching seating stems to specific bullet profiles for optimal handloading results.

This video focuses on reloading and testing various powders with a specific .223 Remington ammunition. The experiment involves using 75-grain Hornady BTHP bullets with Cannelure and a comprehensive list of 19 different powders. The creator is following up on suggestions from their audience, highlighting a community-driven approach to testing and data collection in reloading. The video aims to provide insights into the performance of these powder and load combinations.

This video demonstrates the use of the Lee Precision Micrometer Adjust Screw. The creator is shown loading popular .223 Remington ammunition loads, highlighting the functionality and potential benefits of this reloading component for precision adjustments in ammunition manufacturing.

This video demonstrates a successful method for removing a severely stuck case from an AR-10 barrel using a high-pressure grease gun and hydraulic oil. Despite a previous gunsmith's failure, the technique involving a custom adapter and specialized grease gun achieved extraction. Post-removal inspection and range testing confirmed the barrel's integrity and sub-MOA accuracy.

This video provides a comprehensive guide to reloading ammunition for the Thompson Center Compass chambered in 300 Winchester Magnum. It meticulously covers each stage of the reloading process, from an introduction and detailed discussion of components and equipment to the practical steps of brass resizing and preparation, load data analysis, setting overall length (OAL), priming, powder charging, and bullet seating. The video culminates in a range test to evaluate the reloaded ammunition, followed by a brass inspection and group review, and concludes with future plans. The content is highly educational for anyone looking to start reloading this specific caliber and rifle.

The Vortex Diamondback Tactical 6-24x50 offers excellent value for its $400 price point, featuring First Focal Plane (FFP) capability and a usable EBR-2C reticle. While it shows some chromatic aberration and has slightly mushy turrets compared to higher-end models, its tracking accuracy is comparable to the more expensive Strike Eagle. It's a strong contender for budget-conscious long-range shooters, though FFP might be less ideal for hunting than SFP.

This video explores the experimental firing of .22 airgun pellets using .22 caliber nail gun blanks, achieving velocities over 2200 fps with Level 4 loads. Despite some pellet instability at 50 yards, accuracy remained surprisingly tight, demonstrating the potential for this unconventional projectile method. The host emphasizes proper muzzle-loading technique for rifling engagement and uses a chronograph for precise data collection.