you know where to aim!

This video demonstrates a systematic accuracy test of the Lifecard Pistol, conducted by an experienced presenter. The test involves firing single shots at increasing distances from 3 to 20 yards to simulate real-life self-defense scenarios where only one shot might be available. The presenter provides clear observations on shot placement, concluding that the Lifecard is best suited for very close-range engagements.

This video demonstrates the basic setup and execution of clay target shooting on an outdoor range. It highlights the use of a clay target thrower and a shotgun, culminating in a successful hit on a clay pigeon. The speaker, identifying as a hobbyist, shares a humorous reaction to their success.

This guide details the process of zeroing a handgun optic, emphasizing the reduction of shooter error by using a stable rest. It covers firing initial groups, calculating adjustments based on optic specifications, and making incremental changes to achieve a precise point of impact at a recommended 25-yard distance, while acknowledging the impact of environmental factors like wind.

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.

This video demonstrates the process of sighting in a Vortex Viper shotgun red dot sight on a Mossberg 500 20 gauge shotgun. The instructor, Caleb from Brownells, uses Federal Grand Slam turkey loads at approximately 25 yards, emphasizing the importance of a stable rest and using a target with a shoot-n-see overlay. He details how to measure shot patterns, calculate optic adjustments using the manual's chart, and make incremental changes to achieve a precise zero. The process highlights the tactile nature of the optic's adjustments and provides practical advice for shotgun hunters and shooters.

This drill, the 'One Shot Exit Drill,' focuses on precise single shots followed by immediate movement to a new position. It emphasizes efficient target acquisition, recoil management, and visual transition. The instructor highlights common mistakes like focusing on recoil instead of the bullet's exit and tensing up during movement, advocating for relaxed shoulders and leg-driven stops. The drill progresses from one shot to two shots for application in multiple-shot scenarios.

This guide details how to properly zero a red dot sight on a 9mm handgun, based on expert instruction. It emphasizes understanding mechanical offset and ballistic trajectory. The video advises against zeroing at very close distances like 5 yards, recommending a 15-yard zero for 9mm handguns as it provides a more predictable point of impact at common engagement distances, typically around 50 yards.

This guide details the unique top-loading process for the Kel-Tec P50 pistol using stripper clips, as demonstrated by Shortshot Tony. It covers loading 20 rounds of 5.7x28mm ammunition and highlights the firearm's exceptionally lightweight design and minimal recoil during firing, offering a practical overview for potential users.

This video from SHORTSHOT TONY provides practical advice on defensive target selection, emphasizing aiming for the pelvic girdle rather than the head or center mass when facing threats potentially wearing body armor. The instructor, identified as a firearms enthusiast with practical shooting experience, humorously but directly explains the tactical advantage of targeting the pelvis to immobilize an opponent. The demonstration utilizes a 2011-style pistol equipped with a red dot optic.

SHORTSHOT TONY, an experienced tactical content creator, explains the proper use of red dot sights and iron sights. He emphasizes that co-witnessing is for backup purposes, not simultaneous aiming, and that red dots are parallax-free. Tony advises against aligning the red dot with irons for every shot, suggesting it's a misuse of the optic's capabilities and potentially a waste of money if not utilized correctly.