I Blew Up My Barrett 50 Cal...For Science 🧪 (When Guns Go Boom - EP 1)

Published on February 24, 2022
Duration: 13:09

This guide details the experimental process of testing a Barrett M82A1 with a super-high pressure round (190,000 PSI). It covers setup, safety precautions, the firing of the experimental round, and the subsequent analysis of the catastrophic failure. The video emphasizes the unpredictability of over-pressured ammunition and the critical importance of firearm safety, as demonstrated by instructor Scott from Kentucky Ballistics.

Quick Summary

Instructor Scott from Kentucky Ballistics conducted an experiment firing a Barrett M82A1 with a 190,000 PSI round. The test resulted in a catastrophic failure, with the rifle's receiver bursting and components scattering. High-speed footage captured the event, and shrapnel was found embedded in a ballistics dummy, emphasizing the extreme dangers of over-pressured ammunition and the importance of firearm safety.

Chapters

  1. 00:00Introduction
  2. 00:46Experiment Overview
  3. 01:41Rifle Comparison and Setup
  4. 02:43Function Test
  5. 03:21High-Pressure Test Setup
  6. 06:08The Explosion
  7. 07:23Initial Damage Assessment
  8. 09:10Detailed Component Analysis
  9. 10:49Conclusion

Frequently Asked Questions

What happened when a Barrett M82A1 was tested with a 190,000 PSI round?

During an experimental test by Kentucky Ballistics, a Barrett M82A1 rifle was fired with a 190,000 PSI round. This resulted in a catastrophic failure, where the rifle's receiver burst, sending components flying. High-speed footage captured the dramatic event, highlighting the dangers of extreme pressure ammunition.

What safety measures were in place during the Barrett M82A1 explosion test?

The test was conducted at the Kentucky Ballistics Gun Range with a cinder block wall as a backstop and a 150-foot safety string. A ballistics dummy torso was used to simulate a shooter and assess shrapnel impact, emphasizing a safety-conscious approach despite the experimental nature.

What specific components of the Barrett M82A1 failed during the high-pressure test?

The catastrophic failure of the Barrett M82A1 involved the bursting of the upper and lower receivers, a cracked bolt face, and destruction of the magazine. Shrapnel from the explosion embedded itself in the ballistics dummy.

What is the significance of testing high-pressure ammunition like the 190,000 PSI round?

Testing extreme pressure ammunition, as demonstrated with the Barrett M82A1, serves a scientific purpose to understand the limits of firearm components and the behavior of over-pressured rounds. It underscores the critical importance of adhering to safe pressure limits for both ammunition and firearms.

More Gunsmithing & DIY Videos You Might Like

More from Kentucky Ballistics

View all →