Plastic Projectiles?!?! ***UNREAL POWER***

Published on March 30, 2020
Duration: 5:52

This video tests the terminal ballistics of various ammunition types, including a standard .38 Special, a Hornady Flex Tip .357 Magnum, and a unique 36-grain plastic projectile called the Thunder Zap. The plastic projectile, traveling at 2200 fps, demonstrated extreme surface damage with shallow penetration, highlighting the significant impact of velocity and projectile design on terminal performance.

Quick Summary

The 36-grain Thunder Zap plastic projectile achieves an impressive 2200 fps, causing extreme surface damage with shallow penetration. This design prioritizes high tissue disruption without over-penetration, demonstrating the significant impact of velocity and projectile technology on terminal ballistics.

Chapters

  1. 00:11Introduction & Equipment
  2. 00:44Test 1: .38 Special 158gr LRN
  3. 02:08Test 2: .357 Magnum Hornady Flex Tip
  4. 03:08Analysis of .357 Magnum Impact
  5. 03:57Test 3: Thunder Zap Plastic Projectile
  6. 05:07Final Results & Conclusion

Frequently Asked Questions

What is the Thunder Zap plastic projectile?

The Thunder Zap is a 36-grain plastic projectile designed by Richard Davis. It travels at approximately 2200 fps and is engineered for high tissue damage with minimal penetration, intended to avoid piercing body armor.

How does the Thunder Zap compare to traditional ammunition?

The Thunder Zap causes extreme surface damage, nearly cleaving the target in half, but with very shallow penetration. This contrasts sharply with rounds like the .38 Special, which pass through with minimal disruption, and the .357 Magnum, which offers greater penetration and expansion.

What factors influence terminal ballistics?

Terminal ballistics are significantly influenced by projectile velocity and design. Higher velocities, especially supersonic speeds, can create a greater hydraulic effect in soft tissue, while projectile construction dictates expansion and penetration depth.

What firearm was used in the plastic projectile test?

The tests were conducted using a Smith & Wesson Model 66-8 K-frame revolver, chambered for both .38 Special and .357 Magnum ammunition. The unique plastic projectile was fired from this platform.

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