MSP Podcast #37: Lane Gries: Marine, USPSA GM, Silver Medalist at the 2019 No Gi World Championship

Instruction from Joel Park, a Grand Master in practical shooting, details three major trials in his competitive journey. He emphasizes the importance of focused practice, managing physical tension and perception of speed, and developing discipline to execute pre-planned strategies under pressure. Park suggests these elements are crucial for shooters to overcome plateaus and improve performance.

This video showcases an advanced USPSA stage run by Alyssa Seymour, demonstrating expert-level pistol handling. Key techniques include a rapid draw, engaging steel and paper targets with speed and accuracy, and executing a fluid tactical reload while moving. The performance highlights the proficiency required for competitive shooting.

This video demonstrates the execution of a competitive pistol stage, emphasizing rapid target engagement, dynamic movement, and accurate shooting through various barriers. The instructor, SHORTSHOT TONY, showcases advanced techniques for transitioning between positions and engaging targets at different distances. The performance review highlights common errors like 'no shoots' and 'fail master,' indicating a focus on precision and adherence to stage rules.

This guide, from an experienced competitive shooter, details how to effectively break down and plan for USPSA stages. It emphasizes independent stage solving, prioritizing an aggressively executed plan over a perfect but half-hearted one. Key principles include efficient pathfinding, shooting targets close, and strategic movement and reloading. The instructor highlights the importance of reading the stage brief, visualizing the run, and considering alternative strategies for optimal scoring.

Christian Sailer, an expert in competitive shooting, emphasizes that while hit factor math is a tool for strategic stage planning, it's less crucial than mastering fundamental shooting skills. He advises focusing on accuracy, sight stability, and controlled shooting pace. Sailer highlights the importance of analyzing stages for risk and reward, adapting strategies, and creating personal performance standards to improve overall shooting ability.

This short video showcases a USPSA match stage featuring the CA Shadow 2 pistol in the Carry Optics division. The shooter navigates a stage, demonstrating practical shooting skills under competitive pressure. A key moment highlights a near miss on a target, emphasizing the need for precision and speed in competition.

This video demonstrates an advanced concealed carry technique: the Bill Drill from concealment, executed by Scott Jedlinski of Modern Samurai Project. He achieves an impressive 1.91-second time for six shots from a red-dot equipped handgun in an AIWB holster, highlighting efficient draw mechanics and recoil control. This drill is a benchmark for speed and accuracy under pressure.

The common excuse of a high bore axis negatively impacting recoil control on pistols like the Sig P320 is largely a myth. Recoil management is primarily dictated by the support hand's grip, not the firearm's bore axis height. Demonstrations show that proper technique allows for flat shooting and quick recovery, even with firearms often criticized for this perceived flaw.

This video emphasizes the critical role of the support hand in firearm control, particularly for recoil management. Scott Jedlinski demonstrates that proper support hand grip mechanics, positioned high above the bore axis, can significantly reduce muzzle flip, even to the point of making the gun shoot flat with both hands. The demonstration highlights that the support hand is the primary driver of stability, challenging conventional wisdom.

This video addresses the common issue of failing to acquire the red dot sight during a pistol draw. Instructor Scott Jedlinski explains that 'useless frenetic motion' like excessive head movement or rigid arms causes this. He recommends high ready presentation drills to build muscle memory and subconscious competence. Training at high speed is crucial for exposing and correcting technical flaws.