RIP 9mm Vs Human Face = PAIN #civtac #ammo #gun

Published on August 28, 2023
Duration: 0:41

This video demonstrates a terminal ballistics test of the G2 Research R.I.P. 9mm ammunition fired from a Taurus GX4 XL into a ballistic gel face. The host, a firearms content creator, showcases the projectile's fragmentation upon impact, highlighting its design intended for maximum tissue disruption. The test emphasizes the importance of understanding ammunition performance for self-defense applications.

Quick Summary

The G2 Research R.I.P. 9mm round features copper petals designed to fragment upon impact, creating multiple wound channels for increased tissue damage. Tested in ballistic gel from a Taurus GX4 XL, this ammunition demonstrates aggressive terminal ballistics intended for self-defense applications.

Chapters

  1. 00:00Introduction: R.I.P. Round Test
  2. 00:07Target Setup: Cranium Ballistic Gel
  3. 00:20The Shot: Taurus GX4 XL Firing R.I.P.
  4. 00:25Ballistic Analysis: Fragmentation and Expansion

Frequently Asked Questions

What is the G2 Research R.I.P. 9mm ammunition designed for?

The G2 Research R.I.P. (Radically Invasive Projectile) 9mm ammunition is designed with copper petals that fragment upon impact. This fragmentation is intended to create multiple wound channels and maximize tissue disruption for self-defense applications.

How is terminal ballistics performance typically tested?

Terminal ballistics performance is commonly tested using ballistic gel, which simulates soft tissue. This allows for observation of a projectile's expansion, penetration, and fragmentation characteristics after impacting the gel medium.

What firearm was used to test the G2 Research R.I.P. 9mm round?

In this demonstration, the G2 Research R.I.P. 9mm ammunition was fired from a Taurus GX4 XL, a semi-automatic pistol chambered in 9mm, known for its compact size and suitability for concealed carry.

What does the fragmentation of the R.I.P. projectile aim to achieve?

The copper petals of the R.I.P. projectile are designed to break away upon impact. This fragmentation aims to increase the wound cavity and enhance the projectile's effectiveness by creating more extensive tissue damage.

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