AIWB with a Glock 26 in a Raven Concealment Eidolon

This video demonstrates a rapid appendix draw and fire drill from concealment, emphasizing speed and accuracy. The shooter, identified as an experienced tactical trainer, utilizes a Glock 19 Gen 5 and professional training equipment to execute sub-second draws and controlled rapid fire on a mannequin target. The drill highlights the importance of efficient movement, sight alignment, and recoil management for effective close-quarters engagement.

This video demonstrates a revised AIWB (Appendix Inside the Waistband) draw technique, shifting from a semicircular motion to a direct downward grab and upward press using the rear sight. The instructor highlights this change results in significantly faster draw times, as evidenced by shot timer results.

This video demonstrates an advanced appendix carry draw drill, focusing on efficient garment clearing, establishing a master grip, and executing rapid draw-to-first-shot sequences. The instructor, a proficient shooter, showcases consistent recoil management and proper safety protocols in an outdoor range environment. This drill is suitable for intermediate to advanced concealed carriers looking to improve their draw speed and accuracy under pressure.

This video demonstrates a high-speed appendix inside-the-waistband (AIWB) draw and fire sequence. An experienced shooter showcases clearing a concealment garment, establishing a master grip, drawing a Glock 19, and executing a rapid string of shots with consistent recoil control. The drill emphasizes speed and accuracy from concealment.

This video demonstrates a rapid-fire shooting drill focusing on the appendix carry draw from an AIWB position. The drill emphasizes efficient garment clearing, consistent draw-to-shot timing, proper recoil management, and safe re-holstering techniques, as shown by an experienced practitioner.

This video demonstrates an advanced appendix carry draw and fire drill, showcasing a proficient shooter's ability to quickly and efficiently access their Glock 19 from an Inside-the-Waistband (IWB) holster. The drill emphasizes a rapid draw stroke, effective garment clearing, and controlled firing with consistent shot grouping on target. It's a valuable training exercise for those looking to improve their concealed carry proficiency and speed.

This video demonstrates a high-level Bill Drill from concealment, executed by Scott Jedlinski of Modern Samurai Project in an impressive 1.91 seconds. It highlights the importance of a clean draw stroke, effective recoil management, and precise trigger control when shooting a red-dot equipped handgun. The drill emphasizes speed and accuracy at close range, showcasing advanced shooting techniques.

This guide, based on instruction from expert Scott Jedlinski of Modern Samurai Project, debunks the myth that a high bore axis on pistols like the Sig Sauer P320 inherently leads to uncontrollable recoil. It emphasizes that proper recoil management is primarily achieved through effective support hand engagement and grip, rather than being dictated by the bore axis height or beavertail design. The video demonstrates that with correct technique, firearms often criticized for their bore axis can shoot remarkably flat.

Scott Jedlinski, demonstrating high authority and expertise, emphasizes the critical role of the support hand in recoil control. Through live-fire demonstrations, he illustrates how a proper support hand grip, positioned high and applying inward pressure, significantly reduces muzzle flip, even surpassing the firing hand's contribution. This technique is crucial for advanced shooters seeking to maintain a flat shooting platform.

This guide details a training drill focused on improving red dot acquisition during the firearm draw, as instructed by Scott Jedlinski of Modern Samurai Project. It emphasizes correcting inefficient movements and building subconscious competence through high-speed practice and self-analysis. The drill is designed for intermediate shooters looking to enhance their speed and accuracy with red dot optics.