10mm vs .357 Magnum ❄️ Which Hits Harder?

Published on December 27, 2025
Duration: 0:36

This video from Mr. Madness provides a casual yet informative comparison between the 10mm Auto and .357 Magnum calibers, using ice as a medium to visually assess terminal ballistics. The experiment, conducted on a frozen lake, highlights the visual impact differences between the two powerful handgun cartridges. Mr. Madness, a firearms enthusiast, demonstrates safe handling practices throughout the test.

Quick Summary

Mr. Madness compared the 10mm Auto and .357 Magnum by firing them into a frozen lake to visually assess their impact. The .357 Magnum created a slightly larger crater, suggesting differences in terminal ballistics. The test used a Glock 40 MOS (10mm) and a stainless steel .357 Magnum revolver, highlighting the visual effects of these powerful handgun cartridges.

Chapters

  1. 00:00Introduction: 10mm vs .357 Magnum Test
  2. 00:0910mm Glock Test Shot
  3. 00:15.357 Magnum Revolver Test Shot
  4. 00:23Impact Crater Comparison

Frequently Asked Questions

How does the 10mm Auto compare to the .357 Magnum in terms of impact?

In a visual test on a frozen lake, the .357 Magnum appeared to create a slightly larger or deeper impact crater than the 10mm Auto. This suggests potential differences in how each caliber transfers energy or deforms its projectile upon impact, though ice is an inconsistent medium for precise ballistic analysis.

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

The comparison featured a Glock 40 MOS semi-automatic pistol chambered in 10mm Auto, equipped with a red dot sight. It was tested against a stainless steel .357 Magnum revolver of an unspecified model.

What is the purpose of comparing calibers on ice?

Comparing calibers on ice, as demonstrated by Mr. Madness, provides a visual, albeit non-standardized, method to observe the immediate impact and penetration differences between cartridges. It offers a tangible representation of terminal ballistics for educational and comparative purposes.

Is ice a reliable medium for ballistic testing?

While ice can offer a visual demonstration of impact differences, it is not a standardized or reliable medium for precise ballistic testing. Factors like ice density, temperature, and fracture patterns can significantly influence results. Standardized mediums like ballistic gelatin are preferred for accurate data.

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