Call Your Shots

This video explains the concept of 'calling your shot' in shooting, which is the ability to determine if a shot was good or not before it even impacts the target. It emphasizes observing sight position as the hammer falls and feeling the shot during the squeeze. The instructor uses this technique to analyze group consistency and confirm sight adjustments.

John G. Johnson, a firearms instructor, outlines 10 common oversights at the shooting range that hinder progress. He emphasizes deliberate practice, including dry-firing, shot tracking with markers, and practicing with a purpose. The instruction covers essential techniques like one-handed shooting, reload drills, drawing from concealment, malfunction clearing, and varying shooting distances, all aimed at building confidence and accuracy.

This video demonstrates a rapid fire drill using a Staccato handgun in a 9mm caliber, drawn from an Alien Gear Rapid Force Duty Holster. The drill focuses on high-speed draw and engagement, with performance measured by time and accuracy. Instruction is provided by Mojo, an expert shooter, highlighting consistent recoil management and use of competitive scoring terminology.

This advanced training drill focuses on shooting on the move with a MARSOC MK18 clone, emphasizing accuracy under dynamic conditions. The drill requires engaging multiple targets with a specific shot count to the torso and head while maintaining continuous movement. Performance is reviewed by analyzing shot placement on targets, identifying areas for improvement in recoil management and weapon manipulation. Instruction is provided by Lucas Botkin, demonstrating high-speed movement while maintaining accuracy and proficient weapon handling.

This video explains the concept of 'calling your shots' in shooting, which involves mentally noting the exact sight picture at the moment the shot breaks. It details a drill where shooters visualize quadrants on a target, call their shot based on their sight picture, and then verify the impact. This practice aims to improve shooter awareness of their sight alignment and trigger control for enhanced accuracy.

This video demonstrates a rapid-fire drill using an IWI Tavor X95 bullpup rifle, highlighting the effectiveness of dryfire training. The drill involves engaging targets at high speed, with performance metrics like split times being measured by a shot timer. The instructor emphasizes proper weapon manipulation and safety protocols, showcasing advanced shooter capabilities.

This video showcases advanced carbine fundamentals and tactical drills performed with the American Defense Manufacturing (ADM) UIC 2 carbine. Instructor Lucas Botkin demonstrates high-intensity techniques including gear preparation, target acquisition, barricade shooting, emergency reloads, and rapid transitions between primary and secondary firearms. The content is geared towards experienced shooters looking to refine their skills under pressure.

This video showcases advanced 'running and gunning' techniques with the FNH SCAR 17, demonstrating fluid movement, rapid target transitions, and effective recoil control with the .308 Winchester caliber. Expert instruction highlights utilizing vehicles for cover and maintaining accuracy during high-intensity drills on an outdoor range.

This video demonstrates advanced "running and gunning" techniques with the Heckler & Koch HK416 D, as showcased by T.REX ARMS. The instruction emphasizes fluid movement, controlled rapid fire, efficient weapon transitions to a sidearm, and tactical reloading while utilizing cover. The drill is designed for experienced shooters looking to enhance their dynamic engagement capabilities in tactical scenarios.

This video argues that the AR-15 platform is essential for civilian defense due to its modern features, adaptability, and historical precedent. It refutes the notion that military-grade weapons are solely for military use, highlighting how technological advancements benefit civilians. The content criticizes proposed bans on AR-15s, emphasizing that these features enhance usability and safety for all individuals, particularly those who may be weaker or less experienced.