Why you should shoot with both eyes open. #reel #shooting #training #tacticalrifleman

Joel Park, an experienced firearms instructor, emphasizes that an outcome-focused mindset can hinder progress in shooting. He advocates for a process-oriented approach, urging shooters to concentrate on the mechanics and execution of each step in a drill rather than solely on the final score or time. This method, honed through years of competitive shooting and instruction, helps identify and correct fundamental flaws for more effective skill development.

This video, titled "The Proving Ground," offers a direct call to action for viewers interested in training. The description provides a link to "3of7project.com/train," indicating a focus on professional instruction and skill development. While no specific firearms or calibers are mentioned, the context strongly suggests content related to firearms proficiency, tactical training, or practical shooting applications. The title implies a rigorous evaluation or demonstration of skills and equipment in a demanding environment.

This video focuses on improving pistol shooting fundamentals, emphasizing an athletic stance, proper 'thumbs forward' grip, and precise trigger control. It also touches on advanced techniques like long-range pistol accuracy and specific grip adjustments for revolvers. The content highlights how proper body alignment and mental preparation contribute to enhanced shooting performance across various firearm platforms.

This GBRS Group video focuses on mastering vision for accurate shooting. It highlights a common mistake of moving eyes and hands simultaneously, leading to overshooting. The recommended technique involves snapping eyes to the target first, then driving sights to that point, creating a precise 'tether' effect for faster and more accurate target acquisition.

This expert guide, presented by a police firearms instructor, emphasizes the paramount importance of trigger pull for shooting success. It highlights that mastering trigger control is more critical than stance or sight picture for achieving accuracy. The instruction stresses that a good trigger pull is fundamental, and neglecting it will result in consistent misses, regardless of other shooting fundamentals.

This video focuses on optimizing weapon presentation speed by integrating safety manipulation into the upward motion of the firearm, rather than waiting until the target is acquired. It stresses realistic training from a true low ready position to improve efficiency and safety in dynamic scenarios. The content highlights the importance of fluid, single-motion movements for faster, more effective engagement.

In close-quarters combat, drawing a pistol can be dangerous as an opponent can easily grab the firearm. A tactical knife offers a safer alternative, allowing the user to create space by targeting vital areas like the carotid artery or kidneys. This space allows for a safe transition back to a firearm. The video demonstrates this strategy using a Glock pistol and a fixed-blade knife.

This video details crucial footwork techniques for Navy SEALs during Close Quarters Combat (CQC). It emphasizes 'economy of motion' and the 'long step' technique for balanced entry into corner-fed rooms, ensuring immediate engagement capability. Proper footwork prevents exposing vulnerable side plates and maintains a stable shooting platform.

This video demonstrates a clever modification of standard military cloth bandoliers to increase their magazine capacity. By releasing a hidden white string, the pockets expand, allowing them to hold one or even two 5.56mm magazines each. Special Forces operators pack these expanded bandoliers with other essentials for rapid emergency resupply in the field.

This ballistic gel test compares 9mm Barnes TAC-XPD and .45 ACP Cor-Bon Pow'RBall. The 9mm achieved deeper penetration (13-14 inches) with consistent expansion, while the .45 ACP created a larger wound cavity and significant energy transfer but slightly less penetration. The Cor-Bon Pow'RBall's design enhances feeding reliability in 1911 platforms.