Here is a concise summary of the content:
**Title:** Comparing 50 Caliber Handguns (Desert Eagle vs 50 Cal Glock)
**Host:** Scott from Kentucky Ballistics
**Summary:**
* Scott compares two 50-caliber handguns: Desert Eagle (50 AE) and 50 Cal Glock (50 GI)
* Tests conducted:
1. Shooting 12 oz sodas (50 AE annihilated, 50 GI just passed through)
2. Nacho cheese test (50 AE performed better, expanding as expected)
3. Body armor test (both were stopped by 44 Magnum-rated soft armor)
4. Cinder block test (50 AE caused more damage)
5. Eggplant and watermelon shooting (50 AE had more devastating effects)
6. Ballistic gel block test (50 AE expanded and transferred energy, 50 GI did not)
**Key Finding:** The Desert Eagle (50 AE) consistently outperformed the 50 Cal Glock (50 GI) in various tests, with the 50 GI rounds often failing to expand as expected.
Here are the extracted key facts, each with a number and in short sentences, excluding opinions:
**Firearms and Ammunition**
1. Two 50-caliber handguns were used: Desert Eagle and 50 cal Glock.
2. The 50 cal Glock is a Gun Crafter Industries 50 GI.
3. The Desert Eagle was modified by Outlaw Ordnance and chambered in 50 AE.
4. The 50 cal Glock used 275 grain jacketed hollow point ammunition.
5. The Desert Eagle used 300 grain 50 AE jacketed hollow point ammunition.
**Testing Results**
6. The 50 GI penetrated all 12-ounce sodas but did not expand upon impact.
7. The 50 AE annihilated all 12-ounce sodas in its path.
8. The 50 GI did not effectively penetrate nacho cheese, with minimal expansion.
9. The 50 AE successfully penetrated and expanded in nacho cheese.
10. Neither caliber (50 GI, 50 AE) could penetrate soft body armor rated up to 44 Magnum.
11. The 50 GI partially broke a 4-inch cinder block with a hollow point round.
12. The 50 AE caused more significant damage to a 4-inch cinder block.
**Ballistics Testing**
13. A Clear Ballistics block with 10% ballistic gel was used for testing.
14. The 50 GI (275 grain) did not show expansion in the ballistic gel.
15. The 50 AE (300 grain) demonstrated significant energy transfer and expansion in the ballistic gel.