Heating up an AR-15 with Thermal Optics

Published on May 15, 2015
Duration: 2:14

This video demonstrates the thermal signature of an AR-15 after firing 30 rounds of Wolf ammunition. The thermal view shows the barrel and handguards heating up significantly, indicating a substantial increase in temperature. This test highlights how firearms can be visually detected using thermal optics after being fired.

Quick Summary

An AR-15 at room temperature appears cooler than body temperature on thermal optics. After firing 30 rounds of Wolf ammunition, the barrel and handguards become 'toasty,' displaying a significant heat signature visible with thermal imaging.

Chapters

  1. 00:03Introduction to Thermal Test
  2. 00:08AR-15 at Room Temperature (Thermal View)
  3. 00:21Firing 30 Rounds of Wolf Ammunition
  4. 00:46Post-Firing Thermal Observation

Frequently Asked Questions

How does an AR-15 look on thermal optics before firing?

Before firing, an AR-15 at room temperature appears cooler than body temperature on a thermal view. This establishes a baseline for observing heat buildup during shooting.

What happens to an AR-15's temperature after firing 30 rounds?

After firing 30 rounds of ammunition, the AR-15's barrel and handguards become significantly hot, displaying a pronounced heat signature visible with thermal optics.

Can thermal optics detect a recently fired firearm?

Yes, thermal optics can easily detect a recently fired firearm. The heat generated from firing rounds causes the barrel and other components to emit a strong thermal signature that is visible on a thermal display.

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