Bolt Action Rifle EXPLOSION !!! (When Guns Go Boom - EP 2)

Published on March 30, 2022
Duration: 10:53

This video details a catastrophic failure test on a Remington 783 bolt-action rifle chambered in .300 Winchester Magnum. By intentionally creating a squib load followed by a powerful magnum round, the experiment aimed to demonstrate worst-case scenario firearm failure. High-speed footage captured the violent explosion, revealing significant damage to the receiver and stock, and highlighting the potential danger to a shooter.

Quick Summary

A Remington 783 bolt-action rifle in .300 Winchester Magnum exploded during a catastrophic failure test. A squib round lodged in the barrel, followed by a powerful shot, created extreme pressure, shattering the receiver and stock and highlighting potential shooter injury.

Chapters

  1. 00:39Introduction: The Experiment
  2. 01:21Target Practice: YouTuber Cans
  3. 04:08Setting Up Catastrophic Failure
  4. 05:19The Explosion: High-Speed Footage
  5. 06:03Post-Explosion Analysis

Frequently Asked Questions

What caused the bolt action rifle to explode in the Kentucky Ballistics video?

The rifle exploded due to a catastrophic failure. A .30 caliber bullet was lodged in the barrel (a squib round), and a powerful .300 Winchester Magnum round was fired behind it, creating immense pressure that the firearm could not withstand.

What specific rifle model was used in the catastrophic failure test?

The rifle used in the catastrophic failure test was a Remington 783. It was chambered in the potent .300 Winchester Magnum caliber, which contributed to the extreme pressures generated during the experiment.

What were the results of the rifle explosion test?

The test resulted in a violent explosion where the rifle's receiver and stock shattered instantly. High-speed footage showed the receiver turning into shrapnel, and the bolt was driven back forcefully, demonstrating the destructive potential.

How did the firearm failure potentially injure the shooter?

In this worst-case scenario test, the bolt was driven back directly into the nose of the ballistic dummy head. This indicates that a shooter could have sustained severe facial injuries from the bolt and shrapnel in a real-world event.

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