Thermal Headshot *TEST* (Will You See Spray?) #civtac #firearms #pewpew

Published on September 11, 2024
Duration: 1:00

This video tests the 'thermal headshot' effect seen in video games using a thermal scope and a heated watermelon. The experiment found that while the target is destroyed, there isn't a significant thermal 'spray' visible on the background. The host uses an Anderson Frontline AR-15 with Woox furniture and Colt hollow points.

Quick Summary

The 'thermal headshot' effect from video games was tested using an AR-15 and thermal scope on a heated target. Results showed no significant thermal 'spray' on the background, unlike game depictions, though the target was destroyed.

Chapters

  1. 00:00Intro: Thermal Headshot Experiment
  2. 00:17Rifle & Furniture Setup (AR-15)
  3. 00:32Ammunition & Thermal Optic Choice
  4. 00:39The Shot & Thermal Results

Frequently Asked Questions

What was the purpose of the thermal headshot test?

The test aimed to replicate the 'thermal headshot' effect seen in video games, specifically checking if a significant thermal 'spray' is visible on the background after a projectile impact using thermal optics.

What rifle and optic were used in the thermal test?

An Anderson Frontline AR-15 platform with Woox Vigilante wood furniture was used. The optic was a DNT ThermNight thermal scope for observing heat signatures.

Did the test confirm the video game thermal headshot effect?

No, the experiment showed that while the target was destroyed, there wasn't a large, visible thermal 'spray' painting the background as often depicted in video games.

What ammunition was used for the thermal impact test?

Colt hollow point ammunition, manufactured by Doubletap, was used. This type was chosen for its potential to create maximum impact.

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