Spartan Armor vs Antique Rifles

Published on June 11, 2016
Duration: 17:04

This guide details a rigorous test protocol for evaluating modern body armor against a variety of antique firearms, from the Martini-Henry to a 37mm Parrott Rifle. The Iraqveteran8888 channel demonstrates the effectiveness of Spartan Armor Systems' Level 3+ plates against historical threats, while also showcasing their limitations against extreme ordnance. The testing highlights the significant energy levels of antique weaponry and the importance of understanding armor capabilities.

Quick Summary

Iraqveteran8888 tested Spartan Armor Systems Level 3+ plates against various antique firearms. The armor successfully stopped rounds from the Martini-Henry, Snider, and Matchlock Musket, though the anti-spall coating delaminated. However, the extreme energy of a 37mm Parrott Rifle projectile completely destroyed the plate, demonstrating the limits of body armor against historical ordnance.

Chapters

  1. 00:00Introduction and Gear Overview
  2. 01:40.577/450 Martini-Henry Test
  3. 04:47.577 Snider Test
  4. 07:25.72 Caliber Matchlock Musket Test
  5. 09:0510 Gauge Rifled Slug Test
  6. 12:0137mm Parrott Rifle (Cannon) Test
  7. 13:37Final Analysis and Conclusion

Frequently Asked Questions

How did Spartan Armor Systems Level 3+ plates perform against antique rifles?

The Spartan Armor Systems Armaply Level 3+ plates successfully stopped projectiles from the .577/450 Martini-Henry, .577 Snider, and a .72 caliber matchlock musket. However, the anti-spall coating showed signs of delamination under extreme impact.

What was the most powerful antique weapon tested against the body armor?

The most powerful weapon tested was a 37mm Parrott Rifle, firing a 10,500-grain projectile with over 46,000 ft/lbs of energy. This extreme force completely destroyed the armor plate.

Can modern body armor stop historical cannon fire?

No, modern body armor, even rated for significant threats, is not designed to withstand the immense energy levels produced by historical artillery like the 37mm Parrott Rifle. Such impacts far exceed typical ballistic threat profiles.

What are the key takeaways regarding body armor testing against historical firearms?

Testing reveals that while modern armor can defeat many historical small arms, understanding the specific energy and mass of projectiles is crucial. Extreme impacts, like those from cannon, will inevitably defeat wearable armor systems.

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