My Desert Eagle EXPLODED !!! (When Guns Go Boom – EP 5)

Published on September 12, 2022
Duration: 11:12

This episode of 'When Guns Go Boom' tests a Desert Eagle to its limits using a high-pressure round, resulting in a catastrophic barrel explosion. The analysis reveals a symmetrical split in the barrel and a bulged frame, demonstrating the extreme forces involved in firearm malfunctions. The video highlights the importance of understanding firearm mechanics and operating pressures, even when pushing them beyond normal limits.

Quick Summary

The Desert Eagle pistol exploded during an extreme pressure test, reaching an estimated 475,000 PSI. This catastrophic failure resulted in a symmetrical split of the barrel and a bulged frame, showcasing the firearm's limits.

Chapters

  1. 00:41Intro: Testing the Desert Eagle
  2. 01:16Desert Eagle Overview & .50 AE Caliber
  3. 02:31Testing .50 AE Underwood Ammo
  4. 04:40Experiment Setup for Failure Test
  5. 06:02The Desert Eagle EXPLODES!
  6. 06:43Post-Blast Barrel & Frame Analysis

Frequently Asked Questions

What happened to the Desert Eagle in the video?

During an extreme pressure test on the 'When Guns Go Boom' series, the Desert Eagle pistol experienced a catastrophic failure, resulting in a barrel explosion. This occurred when subjected to pressures around 475,000 PSI.

What caused the Desert Eagle to explode?

The explosion was caused by subjecting the Desert Eagle pistol to extreme internal pressure, estimated at 475,000 PSI, significantly exceeding its normal operating limits. This led to a structural failure of the barrel and frame.

What caliber is the Desert Eagle tested?

The Desert Eagle tested in this episode is chambered in the powerful .50 AE caliber. The test specifically used Underwood Ammo's .50 AE 300 Grain Jacketed Hollow Point rounds.

What were the results of the Desert Eagle's catastrophic failure?

The firearm suffered a catastrophic failure, with the barrel splitting symmetrically and the frame bulging significantly. This demonstrated the extreme forces generated during the test.

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