577 T-REX vs Body Armor (The Real Life T-Rex Rifle !!!)

Published on February 6, 2023
Duration: 11:12

This video tests the .577 Tyrannosaur rifle against Level 4 body armor. While some rounds were stopped, the energy transfer was extreme, causing significant damage to the armor and backface deformation. Round-nose solids proved most effective at penetration.

Quick Summary

The .577 T-Rex rifle can penetrate Level 4 body armor. In tests, a 750-grain brass solid round completely penetrated a Premier Body Armor Level 4 plate. Even when stopped, rounds cause extreme backface deformation and significant damage to the armor.

Chapters

  1. 00:00Intro & T-Rex Rifle Test Setup
  2. 01:18Body Armor & .577 T-Rex Specs
  3. 03:07Test 1: 750 Grain Brass Solid vs Armor
  4. 05:07Test 2: 650 Grain Soft Point vs Armor
  5. 06:38Test 3: 590 Grain Hollow Point vs Armor
  6. 08:24Test 4: 750 Grain Flat Point & Gel
  7. 09:34Conclusion: T-Rex vs Body Armor

Frequently Asked Questions

Can the .577 T-Rex rifle penetrate Level 4 body armor?

Yes, the .577 T-Rex rifle can penetrate Level 4 body armor. In tests, a 750-grain brass solid round completely penetrated the Premier Body Armor Level 4 plate, demonstrating the extreme power of this caliber against standard ballistic protection.

What happens to Level 4 body armor when hit by a .577 T-Rex round?

When hit by a .577 T-Rex round, Level 4 body armor can be penetrated or severely damaged. Even when stopped, rounds cause extreme backface deformation and can nearly shatter the ceramic plates, indicating immense energy transfer.

Which .577 T-Rex bullet type is most effective against body armor?

Round-nose solid projectiles are identified as the most effective type of .577 T-Rex ammunition for penetrating body armor. These solids demonstrated complete penetration in tests, unlike some other bullet designs that were stopped.

What is backface deformation in body armor testing?

Backface deformation refers to the inward displacement on the rear side of the armor plate after impact. Excessive deformation, even if the projectile is stopped, can cause severe blunt force trauma to the wearer, potentially being fatal.

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