This video breaks down the critical factors affecting rifle accuracy, moving beyond the common internet assumption that 1 MOA is universally sufficient. It emphasizes barrel quality as the paramount component, followed by ammunition selection and managing barrel vibration. The instructor highlights common setup errors like incorrect zeroing, loose screws, and improper scope mounting that can significantly degrade a rifle's potential accuracy, even on custom builds.
This guide details the receiver modification for the Finnish TKIV-85 sniper rifle, focusing on improving accuracy through a unique bedding system. The process involves replacing standard receiver screws with an octagonal block that secures the action and allows the barrel to free-float. This modification, explained by Ian McCollum, enhances the rifle's precision potential.
This video explains how to interpret bullet holes on a target to diagnose and improve rifle accuracy. It emphasizes the importance of a properly bedded and free-floated rifle, understanding barrel harmonics, and accounting for external factors like wind and mirage. By reading the target like a book, shooters can identify issues ranging from loose equipment to suboptimal ammunition loads.
This guide, drawing on decades of experience, details how to achieve rifle accuracy. It covers defining accuracy standards, understanding MOA, troubleshooting mechanical issues like loose sights and barrel contact, and optimizing bedding and muzzle conditions. The instruction emphasizes practical application for hunters and marksmen, highlighting that modern accuracy benchmarks have evolved significantly.
This video demonstrates how to repair a loose metal bracket on a Broomhandle Mauser reproduction stock using Brownells Acraglas. The process involves peening the metal bracket for a tighter fit, rebluing the bracket, and then bedding the bracket and stock interface with color-matched Acraglas to eliminate wobble and reinforce the area. The instructor, Eric from Iraqveteran8888, provides practical hacks for achieving a solid fit and finish.
This video from Brownells Gun Tech™ compares and contrasts rifle chassis systems with traditional wooden stocks. Expert Caleb Savant explains how chassis systems offer superior precision and stability by maintaining a consistent relationship with the barreled action, unaffected by environmental factors like humidity. He highlights the ease of installation compared to the time-consuming bedding required for wood stocks. The video also emphasizes the customization advantages of chassis systems, including compatibility with AR-15 components, allowing for easy changes to grips, buttstocks, and the addition of M-LOK® accessories like bipods. While acknowledging some polymer/fiberglass stocks with bedding blocks offer similar benefits, they lack the external configurability of a full chassis.
This YouTube video, titled "Bedding & Leveling Part 2 Right Way," is a follow-up to a previous video. It focuses on the crucial steps of precisely leveling a rifle scope for optimal long-range shooting performance. The description also mentions an option to support the channel via Patreon.
This guide details the process of modifying a factory rifle, specifically a Remington Model 700, for improved long-range accuracy. It covers trigger replacement and bedding the recoil lug to enhance stability. Proper torque settings for action screws are emphasized for optimal performance.
This guide details the process of transforming a factory Remington Model 700 Sendero into a more capable long-range rifle, as demonstrated by Mike Davidson from Gunwerks. Key steps include a trigger upgrade to a 2-pound pull and a precision bedding job using Devcon Aluminum Putty to ensure action stability. The process emphasizes proper disassembly, careful application of bedding materials, and correct reassembly with specific torque values for action screws.
You've reached the end! 9 videos loaded.
Gun Laws by State
Read firearms regulations for all 50 states + D.C.
Find Gun Dealers
Search licensed FFL dealers near you.