22LR VS 22 Airgun - POWER TEST!

Published on May 9, 2020
Duration: 5:46

This video compares the power of a .22LR rifle against a .22 caliber airgun, demonstrating that despite similar advertised velocities, the .22LR possesses significantly more energy due to its heavier projectile. A plywood penetration test visually confirms the .22LR's superior impact and exit capabilities compared to the airgun pellet, which embeds but does not penetrate.

Quick Summary

The .22LR rifle demonstrates significantly more power than a .22 caliber airgun, primarily due to its heavier projectile (40 grains vs. 9 grains). This difference in mass results in greater kinetic energy and penetration, as shown in a plywood test where the .22LR passed through while the airgun pellet embedded.

Chapters

  1. 00:00Introduction: .22LR vs Airgun Power
  2. 00:58Airgun Velocity Test (Gamo Magnum)
  3. 01:31.22LR Velocity Test (Savage Rifle)
  4. 02:14Mass vs. Velocity Explained
  5. 02:54Plywood Impact Test (Slow Motion)
  6. 03:15Conclusion: .22LR vs Airgun Power

Frequently Asked Questions

What is the main difference in power between a .22LR and a .22 caliber airgun?

The primary difference lies in projectile mass. While velocities can be similar, the .22LR bullet is significantly heavier (e.g., 40 grains vs. 9 grains for an airgun pellet), resulting in much greater kinetic energy and penetration power.

How did the .22LR and .22 airgun perform in the plywood penetration test?

The .22LR bullet easily penetrated through the plywood, causing significant splintering and an exit wound. The .22 airgun pellet embedded deeply but did not pass through the wood.

Can a .22 caliber airgun match the power of a .22LR rifle?

No, even high-end .22 caliber airguns cannot match the raw energy and penetration capabilities of a standard .22LR firearm. This is mainly due to the much heavier projectile used by the .22LR.

What factors determine a projectile's energy and penetration power?

A projectile's energy is determined by both its velocity and its mass (weight). While velocity is important, mass plays a crucial role in calculating foot-pounds of energy, which dictates stopping power and penetration.

Related News

All News →

More Reviews Videos You Might Like

More from Shooting Gear Reviews

View all →