Do Tracers Burn INSIDE Of You? (Ballistic Test)

Published on December 8, 2024
Duration: 1:01

This guide details a ballistic test to determine if 9mm tracer rounds continue to burn inside a target. The test involves preparing ballistic gelatin, firing tracer rounds from a Beretta PMX S with a Gideon Mediator optic, and analyzing slow-motion footage. The results indicate that tracers maintain their burn after impact, potentially increasing tissue damage. The video demonstrates safe firearm handling and proper test preparation, showcasing experienced authority.

Quick Summary

Ballistic tests confirm that 9mm tracer rounds continue to burn and emit sparks after impacting targets like ballistic gelatin. This sustained burn, demonstrated with a Beretta PMX S and Gideon Mediator optic, suggests tracers can cause additional tissue damage beyond the kinetic energy transfer of a standard projectile.

Chapters

  1. 00:00Tracer Ammunition Introduction
  2. 00:14Test Setup and Preparation
  3. 00:19Equipment Overview
  4. 00:37Ballistic Gelatin Testing
  5. 00:46Conclusion and Results

Frequently Asked Questions

Do tracer rounds continue to burn after hitting a target?

Yes, ballistic tests show that 9mm tracer rounds visibly continue to burn and emit sparks even after impacting ballistic gelatin, suggesting potential for increased tissue damage beyond kinetic impact.

What equipment was used in the tracer round ballistic test?

The test utilized a Beretta PMX S firearm equipped with a Gideon Mediator red dot sight. Tracer ammunition was loaded into a translucent magazine for the test fired into prepared ballistic gelatin.

How does tracer ammunition differ from standard rounds in terms of terminal effects?

Tracer ammunition's continued burning after impact introduces an additional thermal effect that standard rounds lack, potentially leading to more extensive tissue damage in addition to the mechanical wound channel.

What is the purpose of heating ballistic gelatin for tests?

Heating ballistic gelatin ensures it has optimal clarity. This clarity is essential for high-speed and slow-motion cameras to clearly capture and analyze the projectile's behavior, such as its burning characteristics, as it travels through the medium.

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