GBRS GROUP | APPLYING A TOURNIQUET

This guide details the proper application of a Combat Application Tourniquet (CAT) for severe extremity bleeding. It emphasizes correct placement 2-3 inches above the injury, ensuring extreme tightness to occlude blood flow, and securing the windlass and strap to maintain pressure. The importance of time recording and avoiding joints is also highlighted.

This video provides essential guidance on building and preparing an emergency trauma kit, emphasizing the critical importance of immediate access to life-saving equipment. The speaker, drawing on experience, details how to select and organize gear, focusing on rapid deployment for severe bleeding. Key takeaways include the necessity of prepped tourniquets, sufficient gauze, and specialized items like chest seals and decompression needles for critical trauma situations.

This discussion with Dr. Will Dabbs MD focuses on understanding exsanguination, the leading cause of death from gunshots and other severe injuries. It details the anatomy and physiology of blood loss, emphasizing that significant bleeding can occur internally with minimal external signs. The conversation covers practical techniques for hemorrhage control, prioritizing direct pressure and then discussing the application and types of tactical tourniquets, including improvised methods, as a critical intervention for life-threatening limb wounds.

This video provides a critical, step-by-step guide on how to properly apply a tourniquet to stop severe limb bleeding. It emphasizes the immediate need for a tourniquet in such emergencies and details the application process, including placement, tightening, and time recording. The video also briefly mentions body armor as a life-saving measure for trunk injuries.

This video demonstrates a tactical drill comparing the deployment speed of the Taq-Strap integrated tourniquet against the traditional CAT tourniquet. Instruction from a highly authoritative speaker highlights the significant time difference in application under stress, with the Taq-Strap proving much faster. The drill emphasizes the importance of rapid medical gear deployment in tactical scenarios.

This video provides a practical demonstration of applying the Dnipro Gen 2 Tourniquet, a piece of tactical medical gear manufactured in Ukraine. The instructor, Manca from Polenar Tactical, highlights the durability of the Gen 2 model, emphasizing its steel buckle and aluminum windlass over plastic alternatives which can degrade over time due to environmental factors. The guide covers the proper placement and tightening technique for effective bleeding control in a simulated trauma scenario.

This video demonstrates universal shooting standards, emphasizing under one-second engagement times from high and low ready positions. It showcases drills like the Bill Drill and a 3 Body, 2 Head sequence, highlighting efficient weapon manipulation and accuracy with a custom AR-15 build featuring an EOTech optic and GBRS Hydra Mount.

This guide, based on instruction from DJ Shipley of GBRS Group, details the critical importance of proper posture while wearing body armor. It emphasizes standing upright and squaring plates to the threat to maximize ballistic coverage, contrasting this with the dangerous practice of leaning forward, which can expose vital areas. The instruction highlights techniques for effective protection in tactical scenarios.

This GBRS Group video emphasizes mastering carbine reloads by prioritizing proper technique over raw speed. It highlights the critical importance of a firm, forward support grip (like a C-clamp) for weapon control during CQB and high-stress scenarios, warning against sacrificing fundamentals for fast 'par times'. The correct sequence involves sending the bolt, moving the support hand forward, establishing a solid grip, and then re-acquiring the target.

This video showcases an advanced tactical training session led by an expert with former Tier 1 Special Operations experience. The drill integrates live fire range exercises, high-intensity physical conditioning on an Echo Bike, and close-quarters battle scenarios, all while monitoring biometric data to simulate combat stress and optimize performance.