Glock 47 in USPSA Idaho state championship

This video, titled 'January 2, 2026,' appears to focus on a Glock target pistol based on the description. While no specific model is mentioned, the content will likely involve the Glock firearm family, potentially showcasing its use for target shooting. Given the limited information, the video's depth and production quality are difficult to ascertain, but it caters directly to enthusiasts of Glock firearms and target shooting.

This video demonstrates a typical USPSA competition stage, highlighting the sequence of commands, target engagement, and movement required. The shooter effectively utilizes a CZ Shadow 2 with a red dot sight to navigate the course, showcasing proficiency in practical shooting techniques. The stage concludes with a clear and holster procedure, emphasizing safety and adherence to competition rules.

This video documents the initial firing of a Glock Gen 6 pistol. Based on the title, the content likely focuses on the first shooting experience with this specific firearm model. Viewers can expect to see the firearm being handled and shot, potentially showcasing its operation, recoil, and any initial impressions from the shooter.

This YouTube video appears to be a comparison or experiment titled "9mm VS Ice." Based solely on the title and description, the content likely involves testing the effects of 9mm ammunition on ice, potentially exploring ballistic properties, terminal ballistics in a frozen medium, or simply a visual demonstration of how ice reacts to gunfire. It's an engaging concept for firearm enthusiasts interested in unusual ballistic testing scenarios.

This video offers a comparative analysis between IDPA and USPSA competitive shooting disciplines, presented by an experienced shooter who has achieved Master status in IDPA. The discussion covers rule sets, philosophical differences, financial considerations, and the competitive atmosphere of each sport. It highlights how IDPA emphasizes real-life defensive scenarios with stricter rules, while USPSA offers more freedom and is often perceived as more 'fun' but can be more expensive. The speaker suggests starting with IDPA can build a strong foundation due to its procedural requirements.

This video showcases advanced USPSA shooting techniques, including rapid target engagement with a red dot sight and efficient magazine reloads. The shooter, Alyssa Seymour, demonstrates proficiency in stage movement and maintaining accuracy under pressure. The performance metrics highlight a strong hit factor, indicating effective strategy and execution in a competitive environment.

This video is an excerpt from a "Recoil Management Deep Dive" teaching series, focusing on the visual aspects of managing recoil. The description notes that some information may not be fully comprehensible due to missing footage. The creator directs viewers to their website, PSTG.US, for more content and hkimshooting.com to book classes. The hashtag #visionfuckus is also included.

This YouTube video documents the 2017 USPSA Optics National Championship. The creator expresses gratitude to their supporters and specifically thanks sponsors Walther Arms, RBS ammo, Skagit Shooting Range, Leatherhead bullets, Ben Stoeger Proshop, and Taylorfreelance, acknowledging their crucial role in the successful competition performance.

This video focuses on the 2017 IPSC World Championship, specifically highlighting the Walther PPQ Q5 Match pistol. It showcases this firearm in a competitive shooting environment, likely demonstrating its performance and capabilities during the event. The content is aimed at enthusiasts of competitive shooting, particularly those interested in the PPQ Q5 Match and IPSC events.

This video offers a comprehensive review of the Walther Q5 Match SF pistol. It features slow-motion footage of recoil, a detailed examination of the trigger pull, and a practical demonstration of a doubles drill. The review also includes ammunition testing, providing valuable insights for potential buyers and enthusiasts interested in the firearm's performance characteristics, handling, and accuracy.