What Holds Should You Zero Your Gun At?

Published on February 8, 2022
Duration: 9:17

This guide details how to zero firearm optics, emphasizing that the ideal zero depends on the rifle's purpose and engagement distances. It covers common zeroing distances, the physics of bullet trajectory relative to the optic, and considerations for magnified optics with BDC reticles. Instruction from a firearms expert highlights the importance of understanding height over bore and choosing a zero that provides a practical point of impact for intended use.

Quick Summary

The ideal zero distance for a rifle depends on its purpose. A 50-yard zero is often recommended as it provides a practical secondary zero around 200-250 yards, offering a flatter trajectory. Understanding height over bore is also critical, especially at close ranges, requiring shooters to aim higher to compensate for the optic's position relative to the barrel.

Chapters

  1. 00:00Introduction to Zeroing Optics
  2. 00:51Common Zeroing Distances
  3. 01:29Purpose-Driven Zeroing
  4. 02:02Ballistic Trajectory Explained
  5. 03:52The 36-Yard Zero
  6. 04:09Magnified Optics and BDC
  7. 06:12Red Dots and Height Over Bore
  8. 07:18Personal Preference: The 50-Yard Zero

Frequently Asked Questions

What is the best zero distance for a rifle?

The best zero distance for a rifle is not universal and depends on its intended use. Common options include 25 yards for indoor ranges, 36 yards for military iron sights, 100 yards for easy visualization, or a 50-yard zero which often provides a secondary zero around 200-250 yards.

How does height over bore affect aiming?

Height over bore is the distance between your rifle's bore and the optic's line of sight. At very close ranges, like 7 yards, you must aim higher than your target to compensate for this offset, ensuring the bullet hits where you aim.

What is a 36-yard zero?

A 36-yard zero is a military standard, particularly for iron sights, that provides a similar point of impact at 100 yards. It's a practical zero that balances close-range and intermediate-range effectiveness.

Why is understanding ballistic trajectory important for zeroing?

Understanding ballistic trajectory is crucial because the bullet's path is not a straight line. The bullet rises from the muzzle to meet your line of sight twice, and knowing this helps in selecting an appropriate zero distance for accurate shooting.

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