This is not a videogame!

Published on October 30, 2025
Duration: 0:27

This video contrasts the real-world effects of flashbangs with their portrayal in video games. It demonstrates how flashbangs are viewed through night vision and thermal optics, highlighting their primary function as a distraction via intense noise and shock rather than solely blinding effects. The demonstration emphasizes practical tactical application over gaming myths.

Quick Summary

The primary purpose of a flashbang is distraction via intense noise and physical shock, not just blinding. Its detonation appears significantly different through night vision (NVG) due to light bloom and is detectable by thermal optics via its heat signature.

Chapters

  1. 00:00Real Life vs. Video Games
  2. 00:06Flashbang Demonstration (Night Vision & Thermal)
  3. 00:18Tactical Purpose of Flashbangs

Frequently Asked Questions

What is the primary purpose of a flashbang?

The primary goal of a flashbang is to distract a target using intense noise and the physical shock of the explosion, rather than solely blinding them. This effect is crucial in tactical situations.

How do flashbangs look through night vision?

When viewed through night vision (NVG), a flashbang detonation causes significant light bloom due to its intense brightness. The surrounding environment also becomes illuminated, offering a different perspective than the naked eye.

Can thermal optics detect a flashbang?

Yes, thermal optics can detect a flashbang. They highlight the heat signature of the explosion itself and can track the resulting smoke cloud based on its temperature differential from the surroundings.

Are flashbang effects in video games realistic?

No, the effects of flashbangs in video games are often exaggerated or inaccurate. Real-world applications focus on distraction through noise and shock, which differs from typical game mechanics.

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