.45 vs. 9 mm Ballistic Test Ammo Comparison #shorts #military #ammo

Published on May 27, 2026
Duration: 2:02

This video compares the ballistic performance of .45 ACP and 9mm ammunition through ballistic gelatin. The .45 ACP Corbon Powerball demonstrated significant cavitation and stopped within 12-13 inches, while the 9mm Barnes PD penetrated slightly further. The instructor highlights the importance of controlled penetration to avoid hitting non-combatants and notes the polymer ball in the Corbon Powerball can aid feeding in firearms prone to hollow point issues.

Quick Summary

In a ballistic test, .45 ACP Corbon Powerball showed greater cavitation and stopped around 12-13 inches, while 9mm Barnes PD penetrated slightly further. Controlled penetration is key for safety, and the polymer ball in Corbon Powerball aids feeding reliability in certain firearms.

Chapters

  1. 00:00Introduction & Test Setup
  2. 00:05.45 ACP Cavitation Observation
  3. 00:09Importance of Controlled Penetration
  4. 00:16Test with SIG P320 and Barnes PD
  5. 00:259mm Barnes PD Penetration Results
  6. 00:31Corbon Powerball .45 ACP Results
  7. 00:39Significant Cavitational Wound (.45 ACP)
  8. 00:47Bullet Stop Depth and Tissue Ejection
  9. 00:54Impact of Clothing Layers (Denim)
  10. 01:06Addressing Slower Round Debate
  11. 01:14Personal Testing with Soaked Foam
  12. 01:24Barnes Ammunition History
  13. 01:29Choosing Your Carry Ammunition
  14. 01:36Corbon Powerball Polymer Ball Advantage
  15. 01:43Feeding Reliability with Polymer Ball
  16. 01:51Support Tactical Rifleman

Frequently Asked Questions

What was the primary difference observed between .45 ACP and 9mm ammunition in the ballistic gelatin test?

The .45 ACP Corbon Powerball created a significantly larger cavitational wound and stopped around 12-13 inches. The 9mm Barnes PD penetrated slightly further, about an inch or two past the first block, with less dramatic initial cavitation.

Why is controlled penetration important when choosing self-defense ammunition?

Controlled penetration is vital to prevent over-penetration. If a bullet goes too deep, it could strike and injure non-combatants who might be positioned behind the intended target.

What advantage does the polymer ball in Corbon Powerball ammunition offer?

The polymer ball in Corbon Powerball ammunition functions similarly to a round-nose bullet. This design can improve feeding reliability in firearms that may experience issues with traditional hollow-point bullets.

How did the .45 ACP Corbon Powerball perform in terms of stopping power and penetration in the test?

The .45 ACP Corbon Powerball demonstrated substantial energy transfer, creating a large wound cavity and ejecting tissue. It effectively stopped within the 12-13 inch range of the ballistic gelatin block.

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