Keep your finger off the trigger until sights are on target.

Published on February 1, 2026
Duration: 0:37

This expert-level guide, presented by a professional firearms instructor from Tenicor, details a critical defensive shooting technique: aiming from a retention position. It debunks the myth that sights are misaligned in this stance and instead emphasizes the use of tactile indices like the thumb pectoral index, locked wrist, and high elbow to confirm aim without direct visual sight acquisition. A live-fire demonstration confirms the effectiveness of this method for accurate shooting under duress.

Quick Summary

Aiming from a retention position utilizes tactile indices like the thumb pectoral index, locked wrist, and high elbow to confirm aim without direct visual sight acquisition. This technique leverages proprioception and muscle memory for accurate shooting, debunking the myth that sights are misaligned in this defensive stance.

Chapters

  1. 00:00Retention Position Aiming Misconception
  2. 00:12Tactile Indices for Aim Confirmation
  3. 00:26Live Fire Demonstration

Frequently Asked Questions

How do you aim from a retention position without looking at your sights?

Aiming from a retention position relies on tactile indices. These include the thumb pectoral index (thumb touching chest), a locked wrist, a high elbow, and a flagged thumb. These physical cues help you maintain a consistent and accurate shooting platform without direct visual sight alignment.

What are the key tactile indices for aiming in a retention position?

The primary tactile indices are the thumb pectoral index, ensuring your thumb touches your pectoral muscle. Additionally, a locked wrist, a high elbow, and a 'flagged' thumb (extended away from the trigger finger) contribute to maintaining proper alignment and confirming your aim.

Is it true that sights are not aligned in a retention position?

No, this is a common misconception. While you may not be visually acquiring the sights directly, they are still aligned through proprioception and the use of tactile indices. The body's learned muscle memory and indexed points ensure the firearm is pointed accurately.

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