What Would Happen if you Got Shot While Wearing Body Armor!? #armor #shot #demolitionranch

Published on May 2, 2023
Duration: 1:01

This video provides an expert demonstration of body armor performance, focusing on ballistic testing and the critical function of anti-spall coatings. The Civilian Tactical host, a tactical gear reviewer, showcases how different calibers impact armor plates and compares the Caliber AV2 to traditional AR550 steel, highlighting its thinner and lighter profile while maintaining effectiveness against .308 Winchester rounds. The importance of spall containment is visually demonstrated.

Quick Summary

Expert ballistic testing showcases the Caliber AV2 body armor, demonstrating its effectiveness against calibers up to .308 Winchester. The video highlights the critical role of anti-spall coatings in capturing bullet fragments and compares the AV2's thinner, lighter design to traditional AR550 steel plates.

Chapters

  1. 00:00Introduction to Body Armor and Spalling
  2. 00:11Shrapnel Demonstration
  3. 00:19Caliber AV2 vs AR550 Comparison
  4. 00:31Ballistic Testing with Multiple Calibers
  5. 00:52Post-Impact Inspection

Frequently Asked Questions

What is spalling and why is it important for body armor?

Spalling is the fragmentation of a bullet or target material upon impact, creating dangerous shrapnel. Anti-spall coatings on body armor are crucial as they capture these fragments, preventing them from ricocheting and causing injury to the wearer or bystanders.

How does the Caliber AV2 armor plate compare to traditional AR550 steel plates?

The Caliber AV2 armor plate is demonstrated to be significantly thinner and lighter than traditional AR550 steel plates. Despite its reduced profile, it shows effectiveness in stopping tested calibers, including .308 Winchester, without penetration or delamination.

What calibers were tested against the Caliber AV2 body armor?

The Caliber AV2 body armor plate was tested against a range of common firearm calibers, including .22LR, 9mm, .223 Remington, 5.56x45mm Green Tip, and .308 Winchester, demonstrating its multi-hit capability.

What are the risks associated with using uncoated steel targets?

Using uncoated steel targets poses a significant risk of spalling. When bullets impact uncoated steel, they can fragment and create dangerous shrapnel that can ricochet unpredictably, posing a hazard to shooters and anyone nearby.

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