Ammo Ballistics - Rifle vs. Pistol

Published on October 16, 2024
Duration: 0:23

This video provides a practical demonstration of ballistic differences between rifle and pistol calibers when impacting steel targets. The Guns Blazing Ranch host, exhibiting high authority, shows that 9mm rounds typically splash or create shallow marks, while 5.56x45mm and 7.62x39mm rounds penetrate cleanly. This visual comparison highlights the significant energy and velocity disparities between these ammunition types against hardened surfaces.

Quick Summary

Expert ballistic comparison shows 9mm rounds from AR-9s typically splash or create shallow marks on steel, while 5.56x45mm and 7.62x39mm rounds from AR-15 platforms penetrate cleanly. This highlights the substantial energy and velocity differences between pistol and rifle calibers against hardened targets.

Chapters

  1. 00:00Intro: Steel Penetration Rifle vs Pistol
  2. 00:029mm Steel Impact Test
  3. 00:085.56x45mm Steel Impact Test
  4. 00:157.62x39mm Steel Impact Test
  5. 00:21Results Comparison

Frequently Asked Questions

How do 9mm rounds perform against steel targets compared to rifle rounds?

9mm rounds fired from pistol caliber carbines typically result in surface splashes or shallow divots on hardened steel, lacking the energy for full penetration. In contrast, rifle calibers like 5.56x45mm and 7.62x39mm easily penetrate steel, demonstrating a significant ballistic difference.

What rifle calibers were tested against steel in the Guns Blazing Ranch video?

The Guns Blazing Ranch video tested two common rifle calibers against steel: 5.56x45mm NATO, fired from an AR-15 platform, and 7.62x39mm, fired from an AR-15 (Hybrid) platform. Both demonstrated significant penetration capabilities.

What is a Pistol Caliber Carbine (PCC) and how does it perform ballistically?

A Pistol Caliber Carbine (PCC) is a carbine-style firearm chambered in a pistol cartridge, such as 9mm Luger. As demonstrated, PCCs generally have lower velocity and energy compared to traditional rifle calibers, resulting in reduced penetration against hardened targets like steel.

What factors contribute to the difference in steel penetration between rifle and pistol calibers?

The primary factors are velocity and energy. Rifle calibers possess significantly higher muzzle velocities and kinetic energy than pistol calibers, allowing them to overcome the resistance of hardened steel and achieve full penetration, unlike most pistol rounds.

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