0% Lead Ammo: Destroys Body Armor

Published on December 26, 2025
Duration: 6:10

This video features an expert-level ballistic test comparing 1776 USA's lead-free 9mm ammunition against traditional FMJ rounds. The host, demonstrating high authority and expertise, conducts multiple penetration tests, including cinderblocks, car doors, and body armor, highlighting the superior barrier penetration of the lead-free bonded steel projectiles. The tests also confirm the reliability of the lead-free rounds in cycling a Girsan Influencer X 1911 pistol.

Quick Summary

Expert ballistic testing reveals 1776 USA's lead-free 9mm ammunition, featuring bonded steel projectiles, significantly outperforms standard 9mm FMJ in barrier penetration. Tests showed it defeated car doors and Level 3 soft body armor, while also reliably cycling a Girsan Influencer X 1911 pistol.

Chapters

  1. 00:00Intro: 1776 USA Lead-Free Ammo
  2. 00:59Ammunition Composition
  3. 01:36Cinderblock Penetration Test
  4. 02:21Velocity and Reliability Test
  5. 02:54Car Door Penetration Test
  6. 03:31Water Bucket Energy Test
  7. 04:05Body Armor Backpack Test
  8. 05:25Armor Dissection & Conclusion

Frequently Asked Questions

What makes 1776 USA lead-free ammunition different from standard 9mm FMJ?

1776 USA's lead-free ammunition uses a bonded steel projectile instead of lead. This makes it more rigid and lighter, allowing for higher velocities and superior barrier penetration compared to traditional lead-core rounds.

Can lead-free 9mm ammunition penetrate body armor?

Yes, the video demonstrates that 1776 USA's lead-free 9mm ammunition can penetrate Level 3 soft body armor, a feat standard 9mm FMJ rounds could not achieve in the test.

Does lighter lead-free ammunition reliably cycle a handgun?

The test confirmed that the lighter, faster lead-free rounds from 1776 USA reliably operated the action of the Girsan Influencer X 1911 pistol, indicating good recoil impulse for cycling.

What are the advantages of bonded steel projectiles in ammunition?

Bonded steel projectiles are more rigid and can be driven at higher velocities. This combination often results in better penetration through hard barriers and potentially more consistent terminal performance.

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