10mm vs .357 Magnum ❄️ Which Hits Harder?

Published on December 27, 2025
Duration: 0:36

This video compares the terminal ballistics of 10mm Auto and .357 Magnum by firing them into a frozen lake. The visual evidence suggests the .357 Magnum created a slightly larger and deeper impact crater in the ice, indicating potentially greater energy transfer in this specific test. The presenter, Mr. Madness, demonstrates a casual yet experimental approach to caliber comparison.

Quick Summary

In a comparison test on a frozen lake, the .357 Magnum appeared to create a slightly larger and deeper impact crater than the 10mm Auto. The 10mm was fired from a Glock 40 MOS, and the .357 Magnum from a stainless steel revolver.

Chapters

  1. 00:00Introduction: 10mm vs .357 Magnum Ice Test
  2. 00:0910mm Auto Firing and Impact
  3. 00:15.357 Magnum Firing and Impact
  4. 00:23Visual Comparison of Ice Craters

Frequently Asked Questions

How did the 10mm and .357 Magnum compare in the frozen lake test?

In a visual comparison on a frozen lake, the .357 Magnum appeared to create a slightly larger and deeper impact crater than the 10mm Auto, suggesting a potentially greater energy transfer in this specific test scenario.

What firearms were used in the 10mm vs .357 Magnum comparison?

The 10mm Auto was fired from a Glock 40 MOS equipped with a red dot sight, while the .357 Magnum was fired from a stainless steel revolver.

What was the purpose of testing 10mm and .357 Magnum on a frozen lake?

The test was conducted on a frozen lake to visually compare the terminal ballistics and impact force of the 10mm Auto and .357 Magnum calibers by observing the damage caused to the ice.

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