Color Confirmation with a ring

Published on May 2, 2025
Duration: 3:43

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.

Quick Summary

Color confirmation is a close-range shooting technique where you react to the visual presence of your aiming point's color (like a red dot) on or around the target area, rather than achieving perfect sight alignment. This allows for faster engagements by simply pulling the trigger when the color is visible in the desired zone. Large 32 MOA rings are generally not recommended for this technique.

Frequently Asked Questions

What is color confirmation in shooting?

Color confirmation is a close-range shooting technique where you react to the visual presence of your aiming point's color (like a red dot) on or around the target area, rather than achieving perfect sight alignment. This allows for faster engagements by simply pulling the trigger when the color is visible in the desired zone.

Should I use a 32 MOA ring for color confirmation?

Generally, no. A large 32 MOA ring can be detrimental to color confirmation because the color is visible over a very wide area. This makes it harder to ensure your shots land precisely where you intend. It's often better to disable such rings if possible.

What kind of reticles are best for color confirmation?

For effective color confirmation, simpler reticles are preferred. This includes a basic dot, a chevron, or a horseshoe. These provide a distinct visual cue that is easier to track and react to at close distances compared to large, encompassing rings.

How does a large ring reticle affect shooting speed?

While a large ring might make you aware of the color when your index is off, it significantly broadens the area where the color is visible. This can lead to a false sense of accuracy and potentially rounds landing outside your intended zone, negating the speed advantage of color confirmation.

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