Rest in peace

Published on December 1, 2024
Duration: 0:11

This video showcases the terminal performance of G2 Research R.I.P. .45 ACP ammunition fired from a 1911 pistol into ballistic clay. The demonstration highlights the projectile's unique design, which causes it to fragment into multiple pieces, creating a significant wound cavity. The experienced shooter's safe handling and clear demonstration provide valuable insights into this specialized ammunition's effects.

Quick Summary

The G2 Research R.I.P. .45 ACP ammunition, fired from a 1911 pistol into ballistic clay, demonstrates its unique terminal performance. The solid copper projectile features trocar-style petals designed to fragment upon impact, creating a significant wound cavity. This test visually showcases the projectile's fragmentation and its effects, highlighting its specialized design for tissue disruption.

Chapters

  1. 00:00Ammunition Showcase
  2. 00:02Loading and Firing
  3. 00:09Terminal Performance

Frequently Asked Questions

What is the G2 Research R.I.P. ammunition designed to do?

The G2 Research R.I.P. (Radically Invasive Projectile) ammunition is engineered with a solid copper bullet featuring trocar-style petals. Upon impact, these petals are designed to fragment, creating a significant wound cavity and maximizing tissue disruption.

What firearm was used to test the G2 Research R.I.P. ammunition?

The ammunition was tested using a 1911-style semi-automatic pistol. This particular model featured a single-action mechanism, 3-dot iron sights, a 5-inch barrel, and a capacity of 7 or 8 rounds of .45 ACP ammunition.

How was the terminal performance of the R.I.P. ammunition demonstrated?

The terminal performance was demonstrated by firing the R.I.P. round into a block of ballistic clay. The resulting cavity and fragmentation patterns within the clay provided visual evidence of the projectile's effects upon impact.

What are the key features of the G2 Research R.I.P. projectile?

The R.I.P. projectile is made of solid copper and weighs approximately 160 grains. Its defining characteristic is its design with trocar-style petals that fragment upon impact, differentiating it from traditional bullet designs.

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