How to Zero Aimpoint Sight | Shooting Techniques | Tactical Rifleman

Published on June 9, 2017
Duration: 8:35

This guide, presented by former U.S. Special Forces operators Karl and Keith from Tactical Rifleman, details the process of zeroing an Aimpoint red dot sight on an AR-15/M4 Carbine. It emphasizes proper mounting, stable shooting positions, and precise adjustments using the sight's MOA values. The video covers both 25m and 50m zero options and the importance of confirming the zero at longer distances.

Quick Summary

Zeroing an Aimpoint red dot sight involves ensuring proper mounting without cant, dimming the dot for precision, and using a stable shooting position like the 'sniper hold.' Analyze shot groups on target and make precise windage/elevation adjustments based on the sight's 1/2 MOA specification, confirming the zero at longer distances.

Chapters

  1. 00:00Introduction and Zero Distance
  2. 00:40Proper Mounting and Cant
  3. 01:18Dimming the Dot and Co-witnessing
  4. 02:08Stable Firing Position
  5. 03:15Target Analysis and MOA Calculations
  6. 04:40Making Adjustments
  7. 06:51Zeroing Unknown Sights
  8. 07:53Final Confirmation

Frequently Asked Questions

What is the recommended method for zeroing an Aimpoint red dot sight?

Zeroing an Aimpoint involves ensuring proper mounting, assuming a stable prone position, firing a group, and then making precise windage and elevation adjustments based on the sight's MOA specifications, often using specialized targets to calculate clicks needed.

How do you ensure accuracy when adjusting an Aimpoint sight?

Accuracy is achieved by dimming the red dot for a fine aim, using a stable shooting position like the 'sniper hold,' and understanding that each click on an Aimpoint typically adjusts the point of impact by 1/2 MOA (approx. 1/4 inch at 50 yards).

What are the key steps for zeroing an Aimpoint sight?

Key steps include checking for sight cant, dimming the dot, using a stable position, analyzing shot groups on target, and making calculated adjustments to windage and elevation dials until the point of impact matches the point of aim.

Why is a stable shooting position important for zeroing optics?

A stable shooting position, such as the 'sniper hold' with grounded elbows, minimizes shooter-induced error, ensuring that adjustments made to the optic directly correlate to changes in the point of impact on the target.

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