O que acontece quando você atira em uma camada de gelo?

Published on February 5, 2026
Duration: 1:34

This video demonstrates the effects of live fire on a layer of ice, progressing from smaller calibers (.22 Magnum, .380 Auto, 9mm, .45 ACP) to a rifle caliber (7.62x39mm from an AK-47). The presenter, exhibiting experienced authority, shows how projectile impact creates craters, fractures, and causes water beneath the ice to pulse, with larger calibers and rifle rounds causing significantly more damage. The experiment highlights the varying energy transfer and penetration capabilities of different firearms when impacting a frozen surface.

Quick Summary

An expert demonstrates shooting into ice with calibers ranging from .22 Magnum to 7.62x39mm. Smaller rounds cause minimal damage, while larger handgun and rifle rounds create craters, pulse water, and cause extensive ice fracturing, highlighting varying energy transfer and penetration capabilities.

Chapters

  1. 00:00Introduction: Shooting into Ice?
  2. 00:06.22 Magnum Test
  3. 00:17.380 Auto Test
  4. 00:339mm Test
  5. 01:00.45 ACP Test
  6. 01:14AK-47 vs Ice Test
  7. 01:27Damage Comparison

Frequently Asked Questions

What happens when you shoot into ice with different calibers?

Shooting into ice with various calibers, from .22 Magnum to 7.62x39mm, causes increasing levels of damage. Smaller calibers like .22 Magnum may only scratch the surface, while larger handgun rounds create craters and pulse water. Rifle rounds like 7.62x39mm cause extensive fracturing and cracking.

How does a .22 Magnum perform when shot into ice?

When a .22 Magnum is fired into ice, it typically causes minimal damage, often just scratching the surface. This indicates a lower energy transfer compared to larger calibers, resulting in less penetration and fracturing of the ice layer.

What is the effect of a 7.62x39mm round on ice?

A 7.62x39mm round fired from an AK-47 into ice causes significant damage. It results in extensive fracturing, large impact craters, and widespread cracking of the ice, demonstrating a high level of energy transfer and penetration.

Does a .45 ACP create a larger hole in ice than a 9mm?

In this ice shooting experiment, the .45 ACP and 9mm rounds created visually comparable hole sizes and impact effects on the ice. Both calibers caused significant fracturing and water pulsing beneath the surface.

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