Chunk Port Stock Spring

This YouTube video offers practical tips and techniques for polishing stainless steel firearm components. The content focuses on achieving a high-quality finish on gun parts, likely aimed at gunsmiths, hobbyists, and firearm enthusiasts looking to customize or maintain their weapons. The video emphasizes real-world application and likely demonstrates various methods and tools used in the polishing process for stainless steel firearms.

This guide, presented by School of the American Rifle, details how to identify and replace a malformed weld spring in an AR-15 Delta Ring assembly. A misaligned weld spring can cause the gas tube to be pushed off-center, leading to excessive friction or damage to the carrier key and gas tube. Replacing the faulty component ensures proper gas tube alignment and firearm reliability.

This guide details the evolution of AR-15 carrier key staking from early 'Gen 1' square staking to modern 'Gen 5' OCKS with serrated heads. It emphasizes proper torque values (vintage 35-40 in-lbs, modern 55-58 in-lbs) and the importance of sufficient metal displacement for screw security. The video, presented by an expert from School of the American Rifle, critiques commercial staking and references historical technical manuals.

This video provides a tutorial on how to field strip the AK-47 platform. The title suggests a practical, hands-on demonstration of disassembling the firearm for cleaning and maintenance.

This video, titled 'Bore Buddy - Not Full Auto FRT', appears to be a discussion or demonstration related to firearm components, specifically the 'Bore Buddy' and its connection or lack thereof to 'Full Auto FRT' (likely referring to a Full Auto sear or trigger mechanism). Given the title's focus on a specific component and its function, the content is likely technical in nature, potentially exploring modifications, functionality, or limitations of this firearm part. The absence of a transcript requires an assumption that the video delves into the operational aspects of the Bore Buddy.

This YouTube video offers a behind-the-scenes look at the process of making custom gun grips. The description also serves as a call to action, inviting viewers to join a live stream scheduled for 6 pm Pacific time. While the specific firearm models or calibers aren't mentioned in the provided text, the content clearly revolves around firearm customization and craftsmanship, likely appealing to gun enthusiasts interested in modifying their firearms.

This video demonstrates an advanced concealed carry technique: the Bill Drill from concealment, executed by Scott Jedlinski of Modern Samurai Project. He achieves an impressive 1.91-second time for six shots from a red-dot equipped handgun in an AIWB holster, highlighting efficient draw mechanics and recoil control. This drill is a benchmark for speed and accuracy under pressure.

The common excuse of a high bore axis negatively impacting recoil control on pistols like the Sig P320 is largely a myth. Recoil management is primarily dictated by the support hand's grip, not the firearm's bore axis height. Demonstrations show that proper technique allows for flat shooting and quick recovery, even with firearms often criticized for this perceived flaw.

This video emphasizes the critical role of the support hand in firearm control, particularly for recoil management. Scott Jedlinski demonstrates that proper support hand grip mechanics, positioned high above the bore axis, can significantly reduce muzzle flip, even to the point of making the gun shoot flat with both hands. The demonstration highlights that the support hand is the primary driver of stability, challenging conventional wisdom.

This video addresses the common issue of failing to acquire the red dot sight during a pistol draw. Instructor Scott Jedlinski explains that 'useless frenetic motion' like excessive head movement or rigid arms causes this. He recommends high ready presentation drills to build muscle memory and subconscious competence. Training at high speed is crucial for exposing and correcting technical flaws.