POWER TEST: 16 Inch vs 4.4 inch Barrel (Ballistics Gel) #gun #civtac #fullautofriday

Published on July 26, 2023
Duration: 0:59

This video demonstrates a ballistics gel test comparing a 4.4-inch barreled Canik Mete SFT handgun against a 16-inch barreled Henry Homesteader carbine, both chambered in 9mm. The test evaluates how barrel length affects bullet velocity and hollow point performance. The analysis reveals surprisingly similar terminal ballistics between the two firearms, with both hollow point rounds exhibiting comparable expansion and penetration, significantly less than the FMJ round. The content is presented with an energetic and educational tone by a tactical content creator.

Quick Summary

A 9mm ballistics gel test comparing a 4.4-inch Canik Mete SFT and a 16-inch Henry Homesteader revealed surprisingly similar terminal ballistics. Both hollow point rounds exhibited comparable expansion and penetration depths, with the FMJ round penetrating significantly deeper.

Chapters

  1. 00:00Introduction and Hypothesis
  2. 00:13Test Equipment and Ammo
  3. 00:25Live Fire Test
  4. 00:33Sponsorships
  5. 00:41Results and Analysis

Frequently Asked Questions

How does barrel length affect 9mm bullet performance in ballistics gel?

In a 9mm ballistics gel test comparing a 4.4-inch Canik Mete SFT and a 16-inch Henry Homesteader, both hollow point rounds showed surprisingly similar expansion and penetration depths, indicating barrel length may not drastically alter terminal ballistics in this scenario.

What is the difference in performance between FMJ and Hollow Point 9mm rounds?

The test showed that 9mm Full Metal Jacket (FMJ) rounds penetrated significantly deeper into the ballistics gel than 9mm Hollow Point (HP) rounds. The HP rounds expanded more and stopped shorter, creating a different type of wound channel.

Which firearm performed better in the ballistics gel test?

The test found very similar performance between the 4.4-inch Canik Mete SFT and the 16-inch Henry Homesteader when firing 9mm hollow points. Both achieved comparable expansion and penetration, suggesting neither firearm had a distinct advantage in this specific terminal ballistics comparison.

What role does barrel length play in firearm ballistics?

Generally, longer barrels allow more time for gunpowder to burn and expand, potentially increasing muzzle velocity. However, this test suggests that for 9mm hollow points, the difference between a 4.4-inch and a 16-inch barrel might not lead to a significant disparity in terminal effects like expansion and penetration in ballistics gel.

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