how much ice does it take to stop a bullet?

Published on May 26, 2016
Duration: 3:23

This experiment tests how much ice is required to stop a 9mm bullet. Using 12 homemade ice blocks, each 2-2.5 inches thick, the test found that approximately 6-7.5 inches of ice (3 blocks) was sufficient to halt a 115-grain 9mm FMJ round. The footage captures the dramatic impact and shattering of the ice in slow motion.

Quick Summary

In an ice penetration test, approximately 6 to 7.5 inches of ice was required to stop a 9mm 115-grain FMJ bullet. The experiment involved shooting through a series of homemade ice blocks, with high-speed footage capturing the impact.

Chapters

  1. 00:00Experiment Introduction: Ice vs 9mm Bullet
  2. 00:26Setup: 9mm Ammo & 12 Ice Blocks
  3. 00:51The Shot: Bullet Impact in Slow Motion
  4. 01:21Results: How Much Ice Stopped the Bullet?

Frequently Asked Questions

How many inches of ice did it take to stop a 9mm bullet in the Edwin Sarkissian test?

In the experiment conducted by Edwin Sarkissian, approximately 6 to 7.5 inches of ice was sufficient to stop a 9mm 115-grain FMJ bullet. This was determined by shooting through a series of homemade ice blocks.

What type of 9mm ammunition was used in the ice penetration test?

The test utilized 9mm Full Metal Jacket (FMJ) ammunition with a bullet weight of 115 grains. This specific type of ammunition was fired into a line of ice blocks to observe its penetration capabilities.

What was the setup for the ice bullet test video?

The setup involved lining up twelve homemade ice blocks, each roughly 2 to 2.5 inches thick, on a wooden stand at an outdoor shooting range. A 9mm handgun was used to fire a single round into the ice formation.

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