Desert Eagle 50 AE vs Clay (100 lbs)

Published on August 10, 2017
Duration: 4:41

This video from Kentucky Ballistics tests the penetration and impact of a Desert Eagle chambered in .50 AE against approximately 100 lbs of clay. The test utilizes Underwood Ammo's 325-grain bonded jacketed hollow point rounds, demonstrating significant energy transfer and cratering effects on the clay blocks. The video also compares the retained weight of a bullet fired into clay versus ballistic gel, highlighting the abrasive nature of clay on projectiles.

Quick Summary

A Desert Eagle in .50 AE, firing Underwood Ammo's 325-grain bonded jacketed hollow points, was tested against 100 lbs of clay. The round created a large crater, penetrated two blocks, and showed significant deformation due to clay's abrasive nature compared to ballistic gel.

Chapters

  1. 00:00Intro & Ruger LCR 22 Mention
  2. 00:18Kentucky Ballistics Intro & Test Setup
  3. 00:39Ammunition Overview: Underwood Ammo .50 AE
  4. 01:01.50 AE vs 100 lb Clay Test
  5. 01:27Impact Analysis & Penetration Results
  6. 02:02Crater and Energy Transfer Observation
  7. 02:26Bullet Recovery and Condition
  8. 02:35Clay vs. Ballistic Gel Abrasion
  9. 02:46Bullet Weight Comparison: Gel vs. Clay
  10. 03:29Question of the Day: Favorite Revolver
  11. 03:50Outro & Channel Information

Frequently Asked Questions

What firearm and caliber were used to test against the clay blocks?

The video features a Desert Eagle handgun chambered in the powerful .50 AE caliber. This combination is known for its significant stopping power and energy projection, making it a subject of interest for ballistics testing.

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

The test utilized ammunition supplied by Underwood Ammo. Specifically, they used a 50 AE 325-grain bonded jacketed hollow point round, chosen for its construction designed to expand upon impact.

How did the .50 AE round perform against 100 lbs of clay?

The .50 AE round created a substantial crater in the first clay block, demonstrating high energy transfer. It penetrated through two of the three 100 lb clay blocks, indicating significant penetration power.

Does clay affect bullet performance differently than ballistic gel?

Yes, the video highlights that clay is much harder on bullets than ballistic gel. A bullet fired into clay showed more deformation and likely greater weight loss compared to one fired into ballistic gel, indicating clay's abrasive nature.

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