Are They LYING About The Charlie Kirk Assassination? (.30-06 Ballistics Test)

Published on November 24, 2025
Duration: 17:41

This video provides an expert-level ballistics test of the .30-06 Springfield cartridge, specifically addressing the claim that it could stop within a human neck. The speaker, demonstrating high expertise in practical firearms testing, uses an anatomically correct dummy to simulate impacts. The tests conclusively show that both FMJ and Ballistic Tip .30-06 rounds possess extreme penetration capabilities, shattering bone and passing through multiple barriers, making the 'stopped in neck' narrative highly improbable.

Quick Summary

Expert firearms instructors have conducted ballistics tests using .30-06 ammunition on an anatomical dummy, concluding it's highly improbable for the round to stop in a human neck. Tests showed significant bone shattering and over-penetration, debunking claims of limited terminal ballistics in such scenarios.

Chapters

  1. 00:00Introduction and Context
  2. 01:03Anatomical Model Overview
  3. 02:12The Official Narrative and Skepticism
  4. 04:55Ammunition Selection
  5. 06:29Test Setup
  6. 08:16Ballistic Tip Test Results
  7. 11:44FMJ Test Results
  8. 14:03Headshot and Conclusion

Frequently Asked Questions

Can a .30-06 round stop in a human neck?

Based on rigorous ballistics testing with an anatomical dummy, it is extremely unlikely for a .30-06 round to stop in a human neck. Both FMJ and Ballistic Tip variants demonstrated significant penetration, shattering bone and over-penetrating multiple barriers.

What kind of .30-06 ammunition was used in the ballistics test?

The test utilized two types of .30-06 Springfield ammunition: a 150gr Hornady Ballistic Tip and a 150gr Fiocchi Range Dynamics FMJ (Full Metal Jacket) round. Both were selected to assess terminal ballistics.

How did the .30-06 rounds perform against the anatomical dummy?

The .30-06 rounds caused catastrophic damage to the anatomical dummy's neck and head. They shattered synthetic vertebrae and exhibited substantial penetration, passing through multiple water jugs, indicating high velocity and energy transfer.

What is the significance of testing on an anatomical dummy?

Using an anatomical dummy with realistic skeletal structures, like vertebrae, allows for a more accurate simulation of how a projectile would interact with human anatomy compared to softer materials, providing crucial data on penetration and bone impact.

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