22LR is only a joke to those that have zero gun knowledge whatsoever part 2 #shorts

Published on August 3, 2024
Duration: 0:42

This video demonstrates the practical effectiveness of the .22LR caliber, often underestimated, using a Glock 44 and a .22LR rifle. The instructor highlights how barrel length significantly impacts projectile velocity and penetration power, showing the rifle with its 24-inch barrel easily piercing two 2x4s compared to the pistol. The demonstration addresses common misconceptions about the .22LR round's capabilities.

Quick Summary

The .22LR caliber's effectiveness is significantly influenced by barrel length. A longer barrel, such as the 24-inch one on a .22LR rifle, allows for higher projectile velocity and greater penetration power compared to a shorter pistol barrel, enabling it to pierce multiple pieces of lumber.

Chapters

  1. 00:00Addressing Gun Swap Allegations
  2. 00:13Penetration Test: El Camino
  3. 00:23Penetration Test: 2x4 Lumber

Frequently Asked Questions

How does barrel length affect the power of a .22LR round?

A longer barrel, like the 24-inch one on the .22LR rifle shown, allows for more complete powder combustion and sustained acceleration of the projectile, resulting in higher velocity and increased penetration power compared to a shorter pistol barrel.

Is the .22LR caliber effective for anything other than plinking?

Yes, the .22LR caliber can be surprisingly effective. As demonstrated, when fired from a rifle with adequate barrel length, it can penetrate materials like sheet metal and multiple pieces of lumber, challenging the notion that it's only for casual shooting.

What is the Glock 44 and what are its specifications?

The Glock 44 is a .22LR caliber pistol, often used for training due to its similar feel to larger Glock models. It typically has a 4.02-inch barrel and a 10-round capacity, with an MSRP around $430.00.

Can a .22LR pistol penetrate a car door?

While the video shows a .22LR pistol (Glock 44) penetrating the sheet metal of an El Camino's body panel, penetration through thicker, reinforced car doors would likely be limited. The demonstration highlights penetration of relatively thin material.

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