Should I put these on my shelves?

Published on April 2, 2026
Duration: 2:59

This video tests Velocias 9mm 96-grain solid copper hollowpoint defensive ammunition. The instructor evaluates its performance against a steel target, observing significant mushrooming and recovery of the projectile after a 3-inch dig. Further testing in a sand jug with a 2x6 backer shows the rounds do not penetrate the wood, indicating effective energy transfer and stopping power within this medium.

Quick Summary

The Velocias 9mm 96-grain defensive ammunition is a solid copper, hollowpoint, lead-free round. Testing showed significant mushrooming upon impact with steel targets, with recovered projectiles found after a 3-inch dig. Penetration tests in a sand jug backed by a 2x6 wood plank indicated the rounds did not pass through the wood, suggesting effective energy transfer.

Chapters

  1. 00:00Introduction: Solid Copper Defensive Ammo?
  2. 00:04Velocias Ammunition Sample
  3. 00:18Ammunition Specifications: 9mm, 96gr, Solid Copper
  4. 00:26Test Plan: Steel Target and Sand Jug
  5. 00:44Handgun Selection: The Grizzly
  6. 01:08Steel Target Impact Results
  7. 01:25Sand Jug Penetration Test Setup
  8. 01:42First Sand Jug Impact Analysis
  9. 01:55Second Sand Jug Impact Analysis
  10. 02:19Multiple Impacts on Sand Jug
  11. 02:33Wood Backer Penetration Results
  12. 02:47Conclusion and Viewer Poll

Frequently Asked Questions

What are the key features of the Velocias 9mm defensive ammunition tested?

The Velocias 9mm ammunition tested is a 96-grain, solid copper, hollowpoint round. It is also lead-free and non-frangible, designed for defensive applications.

How did the Velocias 9mm ammunition perform against a steel target?

Upon impact with a steel target, the Velocias 9mm rounds demonstrated significant mushrooming. The instructor was able to recover the projectiles after digging approximately 3 inches down.

What were the penetration results of the Velocias 9mm ammunition in the sand jug test?

When fired into a sand jug backed by a 2x6 piece of wood, the Velocias 9mm ammunition did not penetrate the wood. The wood was only dented, indicating effective energy transfer within the sand.

Is the Velocias 9mm ammunition considered effective for self-defense based on this test?

Based on the observed mushrooming on steel and lack of penetration through a wood backer after passing through sand, the ammunition appears to effectively transfer energy, suggesting potential for effective self-defense performance.

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