Videos tagged with Firing Pin Protrusion

This video provides a detailed physical inspection and testing procedure for Sons of Liberty Gunworks bolt carrier groups. The instructor demonstrates how to check for proper fit, dimensions, and potential defects using various gauges and visual inspections. Key tests include gas ring functionality, bolt tail and face fit, carrier length, cam pin fit, firing pin protrusion, and extractor clearance, offering insights into ensuring bolt carrier group reliability and performance.

This video provides an after-action review of a PSA Dagger Compact pistol after a 1000-round burndown test. The presenter details the condition of internal components, including the barrel, slide, and recoil spring assembly, noting areas of carbon buildup and specific wear patterns. Ammunition and magazine performance are also discussed, with a focus on reliability and potential failure points observed during the test.

This video provides an in-depth, expert-level inspection of Ruger AR556 bolt carrier groups. It details checks for carrier key screw staking, gas ring seal, internal surface finish of the carrier and bolt tail, firing pin protrusion and binding, cam pin fit, extractor spring security, and bolt face dimensions. The analysis also covers carrier key alignment, bolt magnetism, and critical headspace checks using both 223 Wylde and 5.56 NATO GO gauges, highlighting numerous potential issues found in the tested components.

This video provides an in-depth inspection of a Centurion Arms Sand Cutter V2 bolt carrier group. It details the process of identifying and replacing a firing pin due to excessive protrusion and a carrier key with an oversized bore. The instructor emphasizes the importance of proper dimensions for gas system efficiency and reliable firearm function, even noting that the staking on the original carrier key was exceptionally robust.

This video provides a detailed, expert-level inspection of a Sons of Liberty Gunworks Bolt Carrier Group (BCG). The instructor, a certified Sons of Liberty armoror, walks through numerous tests including gas ring functionality, bolt component integrity, dimensional checks with gauges, magnetic particle inspection, and a critical magazine binding test. The analysis emphasizes the importance of these checks for reliability and longevity, highlighting specific features like the five-coil extractor spring and chrome silicone ejector spring.

This guide details the process of diagnosing and repairing an AR-15 that has sustained fire damage. It emphasizes inspecting critical components like springs and headspace, and outlines the steps for replacing compromised parts, specifically focusing on the extractor, ejector, and disconnector springs, to restore functionality. The instruction is delivered with high authority, demonstrating professional-grade gunsmithing skills.

This guide details an expert-level inspection protocol for the Aero Precision Pro Series BCG, developed by Chad Albrecht of School of the American Rifle. It covers critical measurements, component checks, and potential issues like magnetism, utilizing precision tools to ensure quality and consistency consistent with military Technical Data Package (TDP) specifications.

This video provides a critical, expert-level inspection of a problematic AR-15 Bolt Carrier Group (BCG) by Chad Albrecht of School of the American Rifle. The analysis details numerous manufacturing defects, including an undersized bolt tail, excessive firing pin protrusion, oversized firing pin and cam pin holes, and a failing headspace check. The content highlights the importance of precision gauging in identifying critical failure points that impact rifle reliability and safety.

This video provides an in-depth, expert-level examination and upgrade procedure for Young Manufacturing Bolt Carrier Groups (BCGs). Lead Firearms Instructor and SEO Strategist details a comprehensive inspection process covering headspace, extractor function, ejector pins, firing pin protrusion, and bolt face integrity. The guide includes step-by-step instructions for replacing worn components with upgraded parts like Michigan Made optimized carry key screws, Sprinco ejector springs, and spiral coil pins, along with modifications to ensure proper fit and function. It emphasizes critical checks and potential failure points, offering practical solutions for common issues encountered with BCGs.

This video provides an in-depth autopsy and physical inspection of a Primary Weapons Systems (PWS) bolt carrier group, highlighting significant manufacturing defects. The inspection reveals issues with gas key alignment, staking quality, and dimensional tolerances, leading to the conclusion that the carrier is 'dead on arrival'. The video also includes a physical inspection of an LMT Enhanced Bolt, which passes all tests.

This video provides a detailed physical inspection and diagnostic analysis of an Anderson Manufacturing bolt carrier group. The instructor meticulously examines various components, including the carrier's exterior finish, gas rings, bolt wear, firing pin protrusion, extractor, and cam pin. It highlights potential failure points such as sharp edges on the carrier, short firing pin protrusion, magnetism in components, and wear on the bolt lugs and tail, offering insights into diagnosing and understanding BCG issues.

This video provides a detailed inspection and gauging procedure for two BCM Bolt Carrier Groups (BCGs). It covers essential checks like gas ring seal, bolt face recess, cam pin hole slop, firing pin protrusion, and headspace. The instructor demonstrates the use of various specialized gauges to identify potential issues and ensure proper function, offering insights into wear patterns and material finishes.