Top 3 EDC, Which One Will It Be?....Buffalo Bore vs Grizzly vs Underwood 10mm AMMO Test!

Published on March 3, 2024
Duration: 21:21

This video tests three premium 10mm Auto EDC ammunition loads: Grizzly 200gr JHP, Underwood 155gr XTP JHP, and Buffalo Bore 180gr JHP. Testing included velocity, ballistic gel penetration, and heavy clothing barriers. The Buffalo Bore 180gr demonstrated superior penetration, making it the recommended choice for EDC despite all rounds performing well.

Quick Summary

The Buffalo Bore 180gr Heavy 10mm JHP is recommended for EDC due to its superior penetration (17.25 inches) in ballistic gel tests. While Underwood 155gr had higher velocity (1373 fps) and Grizzly 200gr showed fragmentation, Buffalo Bore offered the deepest penetration.

Chapters

  1. 00:00Introduction & Test Setup
  2. 01:14Muddy River Tactical Holster Review
  3. 04:30Ammunition Selection: 10mm Loads
  4. 06:23Velocity & Energy Testing
  5. 11:03Ballistic Gel Performance Results
  6. 16:06EDC Recommendation & Conclusion

Frequently Asked Questions

Which 10mm EDC ammo performed best in ballistic gel tests?

The Buffalo Bore 180gr Heavy 10mm JHP achieved the deepest penetration at 17.25 inches, entering a second gel block. The Underwood 155gr XTP JHP also performed well with massive expansion, while the Grizzly 200gr JHP showed significant fragmentation.

What were the average velocities for the tested 10mm loads?

The Underwood 155gr XTP averaged 1373 fps, Buffalo Bore 180gr averaged 1249 fps, and Grizzly 200gr averaged 1199 fps. The Underwood load also produced the highest muzzle energy at 649 ft-lb.

What is the recommended EDC 10mm round from this test?

The host recommends the Buffalo Bore 180gr Heavy 10mm JHP for EDC due to its consistent penetration depth and weight retention, noting it was the only round to penetrate two ballistic gel blocks.

How did the Muddy River Tactical holster compare to others?

The Muddy River Tactical hybrid holster for the Glock 29 was praised for its superior 'click' retention provided by Kydex on both sides of the shell, contrasting with the pressure-based retention of the Alien Gear Cloak Tuck.

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