Videos tagged with Close-Range Training

This video provides a practical guide for setting up a 10.5-inch AR pistol build, emphasizing components suitable for home defense and close-range training. Key installations include an EOTech EXPS3 for versatile aiming, a Surefire light for illumination, a BCM CAG handstop for control and barrier work, and a Rugged Razor 5.56 suppressor for duty use on short barrels. The build focuses on functionality and ruggedness.

This review of Infinity Targets highlights their Gen 2 model, rated for calibers up to 50 BMG. The targets are designed to self-heal minor divots from standard ball ammunition, offering a safer alternative to steel targets by mitigating spall. While they lack auditory feedback, their visibility is excellent for training at various distances. The reviewer strongly advises against using hollow point or flat nose ammunition, as these create permanent holes.

This video from Tactical Rifleman, featuring SGM (Ret.) Karl Erickson, introduces DA Targets as a safer alternative to steel for close-range shooting. The polymer targets are ricochet-free, self-healing, and offer color-changing impact feedback. They are compatible with various calibers and designed for minimal maintenance, allowing for extended training sessions. DA Targets come in temperature-specific variations and offer different shapes, including USPSA regulation sizes and knockdown options.

This guide details how to safely conduct close-range shooting drills using the Infinity Target. It highlights the target's unique self-healing composition that prevents ricochet and shrapnel, allowing for point-blank engagement. The guide also covers target maintenance and a discount code for viewers. Instruction is provided by Civilian Tactical Host, a tactical gear influencer and shooting instructor.

This guide details how to use Newbold Targets for safe and effective close-range firearm practice. The self-sealing reactive polymer targets are highlighted as a safer alternative to steel due to their no-ricochet and no-lead-splatter properties, making them ideal for training scenarios where space is limited.