R.I.P. Rounds To The Face

Published on September 20, 2023
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This video demonstrates the performance of G2 Research R.I.P. 12-gauge slugs using ballistic gel testing. The test, conducted by 704 Tactical, shows the unique brass projectile impacting a gel face simulating a real-world scenario. The footage highlights the projectile's fragmentation and energy transfer, offering insights into its effectiveness as defensive ammunition.

Quick Summary

The G2 Research R.I.P. 12GA Slug is a specialized 12-gauge defensive round featuring a solid brass projectile designed for radical fragmentation. Tested using Cranium Target ballistic gel, it demonstrates significant energy transfer and the creation of multiple wound channels, offering a unique terminal ballistic profile for self-defense applications.

Chapters

  1. 00:00Introduction: G2 Research R.I.P. 12GA Slug
  2. 00:09Target Setup: Cranium Target Ballistic Gel
  3. 00:14Impact Analysis: Slow-Motion Footage

Frequently Asked Questions

What is the G2 Research R.I.P. 12GA Slug?

The G2 Research R.I.P. 12GA Slug is a specialized 12-gauge ammunition designed for defensive use. It features a solid brass projectile engineered to fragment upon impact, creating multiple wound channels and maximizing energy transfer.

How is ballistic gel used to test ammunition?

Ballistic gel simulates human tissue density and is used to test ammunition performance. By firing rounds into the gel, experts can observe projectile expansion, penetration depth, and fragmentation patterns, providing insights into terminal ballistics.

What does R.I.P. stand for in G2 Research ammunition?

R.I.P. stands for Radically Invasive Projectile. This name reflects the ammunition's design philosophy, which aims to cause significant tissue damage through fragmentation and a wide wound channel upon impact.

What was demonstrated in the 704 Tactical video?

The 704 Tactical video demonstrated the terminal ballistics of the G2 Research R.I.P. 12GA Slug by firing it into a Cranium Target ballistic gel face, simulating impact through a vehicle window. The footage highlighted the projectile's fragmentation and energy transfer.

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