CZ Scorpion Suppressor Test w/ Dead Air Wolfman

Published on June 11, 2023
Duration: 2:21

This video provides a direct comparison of the sound signature of a CZ Scorpion pistol when fired unsuppressed, and then suppressed with a Dead Air Wolfman in both its short and full configurations. The presenter uses 115-grain steel-cased ammunition and notes that due to shooting into a berm at close range, the ammunition is likely behaving subsonically, offering a good indication of how heavier subsonic rounds might sound. The test aims to demonstrate the effectiveness of the Wolfman suppressor in reducing firearm noise across its different configurations.

Quick Summary

This video compares the sound of a CZ Scorpion unsuppressed and suppressed with a Dead Air Wolfman. The test uses 115-grain steel-cased ammo, likely behaving subsonically due to close-range berm firing. The full configuration of the Wolfman is expected to be the quietest.

Chapters

  1. 00:00Introduction and Test Setup
  2. 00:52Unsuppressed CZ Scorpion Test
  3. 01:11Dead Air Wolfman Short Configuration Test
  4. 01:30Dead Air Wolfman Full Configuration Test
  5. 02:00Conclusion and Summary

Frequently Asked Questions

What suppressor was tested on the CZ Scorpion in this video?

The video features a sound test of the CZ Scorpion with the Dead Air Wolfman suppressor. The presenter compares the firearm's sound signature when unsuppressed, and then with the Wolfman attached in both its short and full configurations.

What type of ammunition was used for the CZ Scorpion suppressor test?

For the CZ Scorpion suppressor test, 115-grain steel-cased Wolf brand ammunition was used. The presenter notes that firing into a berm at close range likely kept the rounds subsonic, offering a good indication of how heavier subsonic ammunition might sound.

Which configuration of the Dead Air Wolfman is expected to be quieter on the CZ Scorpion?

The presenter anticipates that the full configuration of the Dead Air Wolfman will be the quietest when used on the CZ Scorpion. This is due to the increased length of the suppressor in its full configuration, which generally leads to better sound suppression.

How does shooting into a berm affect the sound test of a suppressed firearm?

Shooting into a berm at close range, as done in this test, can help keep ammunition subsonic. This is beneficial for suppressor testing because it provides a more consistent sound profile, similar to how dedicated subsonic ammunition would perform, without the added complexity of supersonic crack.

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