Videos tagged with Color Confirmation

This video from Ben Stoeger, a world-class competition shooter and professional instructor, details reactive shooting techniques. Stoeger explains how to shoot based on visual cues from the red dot sight, rather than solely focusing on the target. He covers 'color confirmation' for close-range speed and 'sight stabilization' for precision, emphasizing first-shot consistency and adapting techniques to target distance.

This video provides expert guidance on passing firearms qualifications for SWAT and other agencies. It emphasizes understanding the specific test requirements, whether they prioritize speed, accuracy, or a balance of both. Key techniques discussed include proper sight picture acquisition for different distances, efficient draw strokes, and urgent magazine changes, all aimed at maximizing performance under pressure.

This video by Ben Stoeger features Matt Pranka demonstrating reactive shooting techniques for rifle. Pranka emphasizes tying sight picture to trigger press, focusing on acceptable sight picture confirmation at speed, and achieving a consistent gun stop on target. He introduces target transition drills and discusses common mistakes like overshooting presentations and confirming too much at distance.

This video explains the concept of 'color confirmation' in handgun shooting, particularly with red dot sights at close range. The instructor advises that while a distinct reticle like a dot or chevron is ideal for reacting to color, large MOA rings (like 32 MOA) can be detrimental to this technique. It's recommended to disable such rings if possible to maintain accuracy and effectiveness.

Ben Stoeger, a seasoned competitive shooter, addresses the common issue of timing shots with foot strikes during movement. He advises against consciously timing shots to foot position, emphasizing instead smooth walking, bending knees for shock absorption, and accepting sight wobble. The core principle is to react to visual cues like color confirmation on target, rather than overthinking mechanics.

This video by Ben Stoeger explains reactive shooting techniques with a red dot sight, differentiating between predictive and reactive shooting. It details four confirmation methods: indexing, color confirmation, dot confirmation, and conscious deliberate press, demonstrating their application at various distances and emphasizing using the minimum confirmation needed for the task.

This video focuses on key aspects of practical shooting training, specifically addressing feedback received from the Practical Shooting Training Group. Matt provides instruction on improving trigger control at speed, refining grip, enhancing vision during shooting, and implementing color confirmation techniques. The video aims to help viewers elevate their marksmanship skills in a dynamic shooting environment.

This video provides a comprehensive guide to practical shooting fundamentals, focusing on grip, target focus, and trigger control. Instructor Ben Stoeger emphasizes a consistent, firm grip without excessive tension, the importance of focusing on the target rather than the sights, and developing a plan for consistent practice. The course covers live-fire drills and dry-fire exercises to build muscle memory and improve accuracy.

This video demonstrates four firearm confirmation methods for improving accuracy and accountability during shooting drills. It progresses from body index, to color confirmation, then dot press, and finally conscious deliberate trigger press. The instructor emphasizes that each method adds time but increases precision, recommending a layered approach to practice.

This training focuses on two methods of shot confirmation: index confirmation, where the shooter relies on the sights aligning with the target spot, and color confirmation, which adds visual feedback of the sight color. The drill emphasizes practicing both dry and live fire to build speed and accountability, while also highlighting the importance of managing body tension during rapid shooting.

Ben Stoeger advises against using the ACSS reticle on Holosun sights, despite liking the sights themselves. He explains that the large 85 MOA ring can obscure the central chevron at full extension and presents two primary issues: it promotes a suboptimal training pathway of searching for the reticle rather than consistent indexing, and it can interfere with close-range 'color confirmation' shooting by presenting a distracting outer ring.