Shooting Guns Using the Wrong Suppressor Caliber

Published on March 23, 2025
Duration: 19:18

This video scientifically tests the consequences of mismatching suppressor calibers with firearm calibers. It demonstrates that while some combinations like 9mm through a .22 suppressor may survive with internal damage, others like .44 Magnum through a 9mm suppressor result in shredded baffles. The .50 BMG through a .30 cal suppressor test results in the suppressor being launched downrange, highlighting extreme pressure differences.

Quick Summary

Firing a larger caliber through a suppressor designed for a smaller one can cause severe damage or catastrophic failure. While some projectiles may deform or bore through baffles, extreme mismatches like .50 BMG through a .30 cal suppressor result in the suppressor being destroyed and launched.

Chapters

  1. 00:00Intro: Wrong Suppressor Caliber Experiment
  2. 00:43Experiment Setup & High-Speed Cameras
  3. 02:219mm Through .22 Suppressor Test
  4. 04:519mm Through 5.56 Muzzle Device
  5. 06:03.44 Magnum Through 9mm Suppressor Test
  6. 07:3212 Gauge Through 20 Gauge Suppressor
  7. 10:48.50 BMG Through .30 Cal Suppressor Test
  8. 14:27Flintlock (.50 Cal) Through .223 Suppressor
  9. 16:30Conclusion: Material Hardness & Results

Frequently Asked Questions

What happens if you shoot a 9mm through a .22 suppressor?

When a 9mm projectile is fired through a .22 caliber suppressor, the larger projectile causes significant internal damage to the suppressor's baffles. While the suppressor may survive the initial event, it sustains damage that compromises its integrity and performance.

Can a .44 Magnum destroy a 9mm suppressor?

Yes, firing a high-pressure .44 Magnum round through a 9mm suppressor will likely shred the baffles due to the significant caliber and pressure mismatch. However, modular suppressor designs may allow for replacement of damaged components.

What is the result of firing a .50 BMG through a .30 caliber suppressor?

Firing a .50 BMG round through a .30 caliber suppressor results in catastrophic failure. The immense pressure and projectile size cause the suppressor to be destroyed and launched significant distances downrange.

Why do some suppressors survive caliber mismatches?

Suppressors can sometimes survive caliber mismatches if the projectile is made of a softer material like lead and deforms, or if the baffle material (like 7075 aluminum) is harder than the projectile, allowing it to 'bore' through without immediate explosive failure.

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