Shooting the Armasight OPMOD Thermal sight

Published on March 10, 2015
Duration: 18:20

This guide details a practical technique for zeroing a thermal optic, as demonstrated by an experienced instructor. It highlights the use of hand warmers to create a visible heat signature for precise adjustments, a crucial method when standard paper targets lack sufficient contrast for thermal detection. The process involves initial zeroing at a close range and subsequent confirmation at greater distances, leveraging the thermal sight's ability to detect heat anomalies like bullet holes.

Quick Summary

Zeroing a thermal scope effectively uses heat sources like hand warmers for a clear signature, allowing precise reticle alignment. Confirm zero at distance by observing bullet hole heat. Thermal imaging excels day or night, unlike traditional night vision, and its cost has dropped significantly from $20k-$30k to $4k-$8k.

Chapters

  1. 00:29Introduction: Armasight Zeus OPMOD
  2. 01:19Thermal vs. Night Vision Explained
  3. 03:06Thermal Zeroing Technique with Hand Warmers
  4. 04:38Range Testing: 25 to 100 Yards
  5. 13:50Thermal Technology Market Trends

Frequently Asked Questions

How do you zero a thermal scope effectively?

Zeroing a thermal scope involves using a consistent heat source, like HotHands hand warmers, to create a visible signature. Adjust the sight's reticle to align with the center of this heat source at a close range, then confirm zero at longer distances by observing bullet hole heat signatures.

What are the advantages of thermal imaging over traditional night vision?

Thermal imaging detects heat signatures, working day or night in total darkness and through obscurants like smoke or fog. Traditional night vision amplifies ambient light, requiring some light source and being less effective in adverse conditions.

Why are paper targets not ideal for zeroing thermal sights?

Standard paper targets typically do not emit a significant heat signature detectable by thermal optics. Using heat sources like hand warmers provides a clear, consistent target for precise zeroing adjustments, especially at closer ranges.

How has the price of thermal optics changed?

The cost of thermal imaging technology has decreased substantially. High-end models that once cost $20,000 to $30,000 are now available in the $4,000 to $8,000 range, making them more accessible.

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