Cheap Body Armor Upgrade

Published on September 6, 2015
Duration: 7:24

This guide details a DIY method to potentially upgrade AR500 Armor Level III steel plates to a higher ballistic standard using common hardware store ceramic tiles. The process involves epoxying tiles to the steel plate and then testing the modified armor against threats like .308 API rounds. The video demonstrates that with careful application, this modification can effectively stop high-powered rifle rounds, though proper testing is crucial.

Quick Summary

A DIY method to upgrade AR500 Armor Level III steel plates involves epoxying hardware store ceramic tiles to the strike face. This modification, costing around $7 in materials, aims to achieve Level IV protection against threats like .308 AP rounds, offering a cost-effective alternative to purchasing dedicated Level IV plates.

Chapters

  1. 00:00Introduction and Parody Song
  2. 00:20Body Armor Level Comparison
  3. 01:19Price and Experiment Setup
  4. 02:35Armor Testing Phase 1
  5. 03:42Armor Testing Phase 2
  6. 04:43Results and Analysis
  7. 06:14Conclusion and Credits

Frequently Asked Questions

Can I upgrade my AR500 steel body armor with common materials?

Yes, the Demolition Ranch video demonstrates a DIY method to potentially upgrade AR500 Armor Level III steel plates by epoxying hardware store ceramic tiles to the strike face. This aims to enhance protection against higher-threat rounds like .308 AP.

What is the cost difference between Level III and Level IV body armor?

According to the video, AR500 Armor Level III steel plates cost around $85, while Level IV ceramic plates are priced at approximately $155. The DIY tile upgrade uses about $7 worth of materials.

What are the risks of modifying body armor?

Modifying body armor carries risks, including potentially compromising its ballistic integrity if not done correctly. Gaps in tile coverage can lead to penetration. It may also void manufacturer warranties and certifications, so thorough testing is essential.

What type of ammunition was used to test the modified armor?

The video tested the DIY upgraded armor plate using .308 Armor Piercing Incendiary (API) rounds. These rounds are designed to penetrate armor and ignite, representing a significant threat to ballistic protection.

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