Desert Eagle 50 AE vs Stuff

Published on September 9, 2017
Duration: 10:10

This video showcases a comprehensive ballistic test of the Magnum Research Desert Eagle chambered in .50 AE, utilizing Underwood Ammo 300gr JHP rounds. Expertly demonstrated by Scott from Kentucky Ballistics, the test covers a wide array of targets from frozen chicken to Kevlar helmets and dense bones, providing valuable insights into the terminal performance and penetration capabilities of this powerful handgun cartridge. The testing emphasizes safety and detailed observation of projectile behavior, offering a high level of authority for viewers interested in extreme handgun ballistics.

Quick Summary

The Magnum Research Desert Eagle .50 AE, tested with Underwood Ammo 300gr JHP, demonstrated impressive terminal ballistics. It shattered dense bones, caused massive backface deformation on a Kevlar helmet, and destroyed 16 of 24 soda cans via hydrostatic shock, showcasing its potent energy transfer.

Chapters

  1. 00:00Introduction and Ammunition
  2. 01:03Frozen Chicken Test
  3. 02:03Kevlar Helmet Test
  4. 02:32Bone Destruction
  5. 03:58Office Equipment Test
  6. 04:42Soda Can Lineup
  7. 05:27Ham Impact Test
  8. 06:00Bowling Ball Test
  9. 07:35Water Bucket Recovery
  10. 08:50Conclusion and Future Content

Frequently Asked Questions

What kind of ammunition was used in the Desert Eagle .50 AE ballistic test?

The ballistic test featured Underwood Ammo 300 grain Jacketed Hollow Points (JHP) specifically chambered in .50 Action Express (AE). This ammunition was chosen for its known performance characteristics in terminal ballistics testing.

How did the Desert Eagle .50 AE perform against a Kevlar helmet?

When fired at a Kevlar helmet, the Desert Eagle .50 AE round created a distinct entrance hole and caused significant backface deformation. While it did not fully penetrate the helmet, the impact's force would likely be fatal.

What was the effect of the .50 AE round on dense bone targets?

The .50 AE round demonstrated considerable power by shattering dense bone targets, including a beef knuckle and a pork femur. The impact fragmented the bones into numerous small pieces across the testing area.

How effective was the .50 AE round in creating hydrostatic shock?

The .50 AE round exhibited significant hydrostatic shock capabilities, as evidenced by its impact on 24 lined-up cans of 'Mountain Lightning' soda. The shockwave destroyed 16 of the 24 cans through rapid energy transfer.

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