This Is My Loudest 9mm Gun I Own!

Published on December 19, 2025
Duration: 1:29

This video from Civilian Tactical explores the factors contributing to firearm loudness, specifically comparing a Glock 19 to a Canik Mete MC9. The instructor, demonstrating practical shooting experience, explains how barrel porting and barrel length significantly increase noise and concussion. The content emphasizes safe firearm handling and understanding the mechanical effects of modifications.

Quick Summary

The loudness of a 9mm handgun is significantly influenced by barrel length and porting. Shorter barrels and barrel ports, designed for recoil reduction, increase concussion and noise. The Canik Mete MC9, with its short ported barrel, is noted as louder than the Glock 19's standard barrel. Red dot sights do not impact firearm loudness.

Chapters

  1. 00:00Introduction to 9mm Loudness
  2. 00:14Glock 19 Baseline
  3. 00:31The Impact of Porting
  4. 01:13The Loudest 9mm: Canik Mete MC9

Frequently Asked Questions

What makes a 9mm handgun louder?

A 9mm handgun's loudness is primarily influenced by its barrel length and the presence of porting. Shorter barrels and barrel ports, which vent gases upward to reduce recoil, significantly increase the concussion and noise experienced by the shooter.

How does barrel porting affect firearm noise?

Barrel porting directs propellant gases upward, which helps to reduce muzzle rise and recoil. However, this venting action also increases the volume and concussion of the muzzle blast, making the firearm sound louder to the shooter and bystanders.

Is the Glock 19 or Canik Mete MC9 louder?

The Canik Mete MC9 is presented as significantly louder than the Glock 19. This is attributed to the Mete MC9's very short barrel combined with integrated porting, whereas the Glock 19 features a standard, non-compensated barrel.

Do red dot sights make a gun louder?

No, aftermarket red dot sights do not directly affect the loudness or concussion of a firearm. Their function is to provide a sighting solution and do not interact with the firearm's firing process or gas dynamics.

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