How to make an AR15 more accurate. Might surprise you! This is part 1. Make sure to watch part 2. 👍

This video from Brownells, featuring Caleb, explores the optimal zero distances for an AR-15, primarily for competition use. It analyzes four common zero distances: 25, 36, 50, and 100 yards, detailing their impact zones on an IPSC A-zone target at various ranges. The instructor emphasizes that the 'best' zero is dependent on the intended use of the firearm and the optic employed, recommending the 100-yard zero as a versatile option for experienced shooters, while suggesting 36 or 50 yards for those using red dots or LPVOs respectively, especially for closer engagements.

The Iraqveteran8888 "Meltdown" video series, while primarily for entertainment, offers educational insights into firearm durability under extreme stress. The videos demonstrate that AR-15 gas tubes are a common failure point, often exploding around 650-750 rounds of full-auto fire. This testing highlights the importance of materials like Inconel for components subjected to high heat and pressure, suggesting potential for improved firearm design and longevity.

This video demonstrates the proper procedure for loading and unloading both primary (rifle) and secondary (pistol) weapon systems, emphasizing a specific order for safety and efficiency. It covers magazine insertion, slide/bolt manipulation, and chamber verification, along with tactical considerations for managing ammunition and readiness.

Joel Park, a firearms instructor, emphasizes the importance of analyzing shooting trends over individual shot performance. By examining aggregate target results and correlating them with physical sensations, shooters can identify specific issues like trigger control or sight alignment problems. This data-driven approach provides clear direction for focused training to achieve long-term improvement.

This video challenges the notion that short-barreled AR-15s (specifically an 11.5-inch BCM) are inaccurate at distance. The instructor demonstrates grouping from various unsupported and supported positions at 140 meters, showing that acceptable combat accuracy is achievable. The content emphasizes practical application over theoretical limitations often cited by 'fuds'.

This technique focuses on efficiently engaging targets from behind cover by utilizing shoulder transitions and rifle re-extension without repositioning the shooter's feet. The instructor emphasizes saving time, improving accuracy, and maintaining concentration by avoiding common mistakes like stepping back or excessive rifle manipulation. The method allows for rapid engagement from multiple angles around an obstacle.

This video features an expert firearms instructor demonstrating trigger pull weights on two distinct rifles. He assesses a two-stage trigger on a precision rifle at approximately 3.5 lbs and contrasts it with an extremely light 1 oz trigger on an F-Class rifle, highlighting significant differences in trigger feel and weight.

This guide compares the CMMG Resolute 200 series rifles in 5.56 NATO and 6.5 Grendel, drawing on expert insights from Precision Rifle Network. It details their respective optimal ranges, zeroing methods, and ballistic performance, highlighting the 6.5 Grendel's superiority for medium-to-long-range precision applications and the 5.56's effectiveness for closer engagements. The instruction emphasizes practical ballistics calculations for extended range shooting.

This guide details the process of testing various factory 6.5 Creedmoor ammunition loads through a Bergara B14-HMR rifle. It covers setting up chronographs, live fire procedures, and analyzing data for velocity, extreme spread, and group sizes. The testing protocol, as demonstrated by the technical and objective speaker, aims to provide comprehensive performance insights for different ammunition types.

This guide details a long-range shooting technique for the SKS rifle using open sights, as demonstrated by a highly authoritative instructor. It covers zeroing at 100 yards, making precise sight adjustments, and extending accuracy to 600 yards by accounting for ballistics and subsonic effects. The instructor emphasizes practical application and data-driven adjustments for success.