Did It Save Face or Fall Flat On It?...Pilgrim Ammunition 9mm +P Torch Self-Defense AMMO Test!

Published on June 1, 2024
Duration: 14:22

This video details a ballistic gel test of Pilgrim Ammunition's 9mm +P Torch self-defense rounds. The test evaluates projectile velocity from different barrel lengths and performance in ballistic gel, focusing on fragmentation and penetration. The instructor notes the ammunition's ability to achieve claimed velocities and fragment effectively, though expresses personal reservations about the penetration depth typical of this ammunition type.

Quick Summary

Pilgrim Ammunition's 9mm +P Torch rounds are 50-grain solid copper projectiles designed for self-defense, aiming for 2,000 fps and over 400 ft-lbs of energy. In ballistic gel tests, they achieved velocities around 1959-2170 fps and fragmented effectively, creating a wide wound channel with approximately 11 inches of penetration.

Chapters

  1. 00:00Introduction & Setup
  2. 00:39Pilgrim Ammo Torch 9mm +P Overview
  3. 01:52Firearm Selection for Testing
  4. 02:18Velocity Testing: Canik MC9
  5. 04:21Velocity Testing: Glock 17
  6. 06:11Ballistic Gel Test: MC9 Round
  7. 07:09Ballistic Gel Test: G17 Rounds
  8. 08:30Gel Performance Analysis
  9. 10:16Penetration & Fragmentation Measurements
  10. 11:20Projectile Analysis
  11. 12:04Mass Loss & Projectile Dimensions
  12. 12:55Conclusion & Final Thoughts

Frequently Asked Questions

What are the key specifications of Pilgrim Ammunition's 9mm +P Torch rounds?

The Pilgrim Ammunition 9mm +P Torch rounds are 50-grain solid copper projectiles designed for self-defense. They are advertised to travel at approximately 2,000 feet per second, delivering over 400 foot-pounds of energy.

How did the Pilgrim Ammunition 9mm +P Torch perform in ballistic gel tests?

The 9mm +P Torch rounds demonstrated excellent fragmentation upon impact with ballistic gel, dumping energy rapidly and creating a wide wound channel. Penetration was measured at approximately 10.75 to 11 inches.

What velocities were achieved with the Pilgrim Ammunition 9mm +P Torch?

Velocity tests showed an average of around 1959 fps from a 3.1-inch barrel (Canik MC9) and approximately 2170 fps from a 4.5-inch barrel (Glock 17), meeting or exceeding advertised speeds.

What is the instructor's overall opinion on Pilgrim Ammunition's 9mm +P Torch rounds?

While acknowledging the ammunition's effective fragmentation and velocity, the instructor personally prefers rounds with deeper penetration. However, they confirm the 9mm +P Torch rounds performed exactly as designed and redeemed the product line after a poor showing from the 380 ACP version.

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