Why Ballistics Gel Works and Caliber Arguments are Dumb

Published on April 11, 2019
Duration: 12:47

This video debunks the myth that larger handgun calibers are inherently superior, emphasizing that bullet design and shooter accuracy are paramount. It explains how ballistics gel, calibrated to human tissue density, is used to test ammunition performance, focusing on penetration and temporary vs. permanent wound cavities. Experts highlight that handgun rounds typically create permanent crush cavities, while rifle rounds can cause significant temporary cavities due to exceeding tissue elasticity at higher velocities.

Quick Summary

Ballistics gel, calibrated to human tissue density, is used to test ammunition performance, measuring penetration and wound cavities. Experts argue that caliber choice is secondary to bullet design and shooter accuracy, as modern 9mm, .40 S&W, and .45 ACP perform similarly.

Chapters

  1. 00:00Introduction: Federal HQ Visit
  2. 01:23The Purpose of Ballistics Gel
  3. 03:59Synthetic vs. Organic Gelatin
  4. 05:06Pistol vs. Rifle Ballistics Explained
  5. 06:39Muzzle Energy & Terminal Performance Myths
  6. 10:12Caliber Arguments vs. Shot Placement

Frequently Asked Questions

What is ballistics gel used for in ammunition testing?

Ballistics gel, calibrated to human tissue density, serves as a standardized medium to test ammunition performance. It allows experts to consistently measure penetration depth, bullet expansion, and wound cavity creation under controlled conditions set by agencies like the FBI.

Why are caliber arguments often considered 'dumb' in handgun discussions?

Caliber arguments are often dismissed because modern handgun ammunition, like 9mm, .40 S&W, and .45 ACP, performs similarly in ballistics gel. Bullet design and shooter accuracy are more critical factors for effective terminal performance than the caliber itself.

What's the difference between handgun and rifle ballistics in tissue?

Handgun rounds typically create permanent crush cavities. Rifle rounds, exceeding 2200 fps, surpass tissue elasticity, causing significant temporary cavities that result in permanent tearing and rapid incapacitation due to greater energy transfer.

Does more muzzle energy always mean better performance for handguns?

Not necessarily. Excess muzzle energy in handguns can be 'washed away' by tissue elasticity. Unless a larger caliber round hits a vital organ directly, its terminal effect may not be proportionally greater than a smaller caliber due to lacking rifle-level velocity.

More Reviews Videos You Might Like

More from Lucky Gunner Ammo

View all →