Desert Eagle .50AE Demo

Published on November 18, 2015
Duration: 1:34

This demonstration showcases the terminal ballistics of the Desert Eagle .50AE using Hornady Custom 300-grain XTP hollow-point ammunition. The test involved firing the round into two blocks of ballistic gel to observe its penetration and expansion characteristics. The results indicate significant fragmentation of the projectile upon impact.

Quick Summary

The Desert Eagle .50AE was tested with Hornady Custom 300-grain XTP hollow-point ammunition. The projectile fragmented immediately upon impact with ballistic gel, creating a significant wound cavity after penetrating two gel blocks, demonstrating substantial terminal ballistics.

Chapters

  1. 00:00Introduction: Desert Eagle .50AE
  2. 00:13Ammunition: Hornady 300gr XTP
  3. 00:23Ballistics Gel Test Setup
  4. 00:52Test Results: Penetration and Fragmentation
  5. 01:15Wound Cavity Observation

Frequently Asked Questions

What ammunition was used in the Desert Eagle .50AE ballistics test?

The demonstration utilized Hornady Custom 300-grain XTP hollow-point ammunition. This specific load was chosen to evaluate its terminal performance when fired from the powerful Desert Eagle .50AE pistol.

How did the Hornady 300gr XTP perform in the ballistic gel test?

The Hornady 300-grain XTP hollow-point round began to fragment immediately upon entering the first ballistic gel block. It achieved significant penetration and created a substantial wound cavity after passing through two gel blocks.

What is the significance of the Desert Eagle .50AE's wound cavity?

The 'nasty wound cavity' observed in the ballistic gel test indicates the significant energy transfer and tissue disruption caused by the .50AE round. This is a key factor in evaluating a projectile's effectiveness for hunting or self-defense applications.

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