How to Zero LPVO Scopes | Tactical Rifleman

Published on July 7, 2023
Duration: 14:11

This guide details how to zero an LPVO scope, emphasizing a stable prone position and proper eye relief. It explains how different reticle types (Duplex, Mil, BDC) influence zero distance selection and adjustment methods. The process involves firing a group, measuring deviation, and making precise turret adjustments, followed by confirmation shots.

Quick Summary

To zero an LPVO, use a stable prone position. Set magnification high, ensure clear focus and eye relief. Fire a group, measure deviation, and adjust turrets accordingly. Confirm zero with a second group and check holdovers at extended ranges.

Chapters

  1. 00:13Introduction to LPVO Scopes
  2. 01:12Choosing Zero Distance
  3. 03:49Stable Firing Position
  4. 04:20Scope Setup and Eye Relief
  5. 05:34Managing Parallax
  6. 07:21Shooting and Measuring
  7. 10:08Making Adjustments
  8. 12:30Finalizing the Zero

Frequently Asked Questions

What is the best position for zeroing an LPVO scope?

The prone position is highly recommended for zeroing an LPVO. It offers the most stability, mimicking real-world tactical scenarios and ensuring consistent shot placement without the rifle resting on any supports.

How do different reticle types affect LPVO zeroing?

BDC reticles usually require a specific zero distance (often 100 yards) to match their markings. Mil or Duplex reticles are more adaptable, allowing zeroing at various distances based on shooter preference or ballistic data.

How do I manage parallax on an LPVO without an adjustment knob?

For LPVOs lacking adjustable parallax, manage it by ensuring your eye is perfectly centered behind the scope. Check for an equal shadow around the reticle's edges on all sides to maintain consistent aiming.

What is the adjustment value for Mil-based scopes at 100 meters?

When using a Mil-based scope at 100 meters, each click of adjustment on the turrets typically corresponds to 0.1 mil. This means one click moves the point of impact by 1 centimeter at that distance.

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