How To get the perfect zero

Published on January 1, 2025
Duration: 1:14

This video demonstrates how to achieve a perfect rifle zero by analyzing a shot group and calculating scope adjustments. It explains the conversion between MOA and Mils for precise corrections, emphasizing the importance of scope tracking accuracy. The process involves measuring the deviation from the point of aim and applying the correct adjustments to align the point of impact with the point of aim.

Quick Summary

To achieve a perfect rifle zero, analyze your shot group's deviation from the point of aim. Convert measured MOA (e.g., 0.75 MOA low, 0.25 MOA left) into Mils (e.g., 0.2 Mils up, 0.1 Mils right) and apply these adjustments to your scope turrets.

Chapters

  1. 00:00Introduction and Setup
  2. 00:15Analyzing the Shot Group
  3. 00:32Calculating Adjustments
  4. 00:58Scope Adjustment and Conclusion

Frequently Asked Questions

How do you calculate scope adjustments for zeroing?

Analyze your shot group's deviation from the point of aim. Measure the deviation in MOA (e.g., 0.75 MOA low, 0.25 MOA left). Convert these MOA values to Mils using the conversion factor (1 Mil ≈ 3.6 inches at 100 yards). Apply the calculated Mil adjustments to your scope's turrets (e.g., 0.2 Mils up, 0.1 Mils right).

What is the relationship between MOA and Mils for scope adjustments?

Both MOA and Mils measure angular deviation. At 100 yards, 1 MOA is about 1 inch, while 1 Mil is about 3.6 inches. Understanding this conversion is key to accurately adjusting your scope based on shot group analysis to achieve a proper zero.

Why is analyzing the shot group important for zeroing?

Analyzing the shot group reveals the firearm's actual point of impact relative to the intended point of aim. This data is crucial for calculating the precise adjustments needed on the scope's turrets to correct any deviation and achieve an accurate zero.

What does it mean for a scope to 'track accurately' when zeroing?

Scope tracking accuracy means that when you dial in a specific adjustment (like 0.2 Mils), the point of impact actually moves by that exact amount. If a scope doesn't track accurately, your calculated adjustments won't result in the desired point of impact shift.

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