Can Leather Armor Stop A Bullet???

Published on December 13, 2024
Duration: 28:13

This video from Demolition Ranch, featuring Kevin Brittingham from Q, tests the effectiveness of homemade body armor against various calibers. It also delves into the technical aspects of Q's 'Boom Box' firearm, specifically its 1:3 twist rate designed for stabilizing heavy subsonic projectiles in 8.6 Blackout. The testing demonstrates that common homemade armor materials offer minimal protection against high-velocity rifle rounds.

Quick Summary

The Q Boom Box in 8.6 Blackout features a 1:3 twist rate, crucial for stabilizing heavy subsonic projectiles. This fast twist imparts high RPM, enabling reliable expansion and increased terminal energy transfer, outperforming standard twist rates for this specific ammunition type.

Chapters

  1. 00:00Introduction and Sponsor
  2. 02:40Q Boom Box and 8.6 Blackout Technology
  3. 05:36Subsonic Ballistics and Twist Rates
  4. 07:12Homemade Armor Plate Overview
  5. 10:085.56 Ballistic Testing
  6. 12:438.6 Blackout Ballistic Testing
  7. 15:18Boom Box Variants and Conclusion

Frequently Asked Questions

What is the purpose of the 1:3 twist rate in the Q Boom Box for 8.6 Blackout?

The 1:3 twist rate is specifically designed to stabilize heavy subsonic projectiles in 8.6 Blackout. This high RPM imparted by the fast twist helps the rounds expand reliably and transfer more energy upon impact, enhancing terminal performance.

Did homemade body armor stop any bullets in the Demolition Ranch test?

No, all four types of homemade body armor tested, including layered leather, UHMWPE/resin, wood/tin/magazine stacks, and plastic pipe with metal, were easily penetrated by 5.56mm rounds. Subsonic 8.6 Blackout rounds were stopped by some materials, but supersonic rounds penetrated all.

How does twist rate affect subsonic bullet performance?

Subsonic bullets are typically heavier and slower. A faster twist rate (like 1:3) spins them at a higher RPM, which is crucial for reliable expansion and energy transfer upon impact, compensating for their lower velocity.

What calibers were used to test the homemade body armor?

The homemade body armor was tested against 5.56x45mm NATO rounds fired from a Q Honey Badger and both subsonic and supersonic 8.6 Blackout rounds, also fired from Q firearms.

Related News

All News →

More Reviews Videos You Might Like

More from DemolitionRanch

View all →