R.I.P 9mm 💀Damage Test

Published on September 21, 2022
Duration: 1:00

This video tests the R.I.P. 9mm ammunition by G2 Research, demonstrating its radical fragmentation upon impact with water jugs. The segmented hollow point design breaks into multiple sharp 'petals', causing significant energy dissipation and multiple wound channels. The test highlights the ammunition's effectiveness for self-defense scenarios, showcasing impressive terminal ballistics.

Quick Summary

The R.I.P. 9mm ammunition is engineered for radical fragmentation, breaking into 8 sharp copper 'petals' upon impact. Tested in water jugs, it caused explosive cavitation and multiple wound channels, demonstrating significant energy dissipation for self-defense.

Chapters

  1. 00:00Intro: R.I.P. 9mm Ammo & Test Setup
  2. 00:16Live Fire: R.I.P. 9mm Impact
  3. 00:23Damage Analysis: Water Jug Obliteration
  4. 00:47Fragment Recovery & Performance

Frequently Asked Questions

What is the R.I.P. 9mm ammunition designed to do?

The R.I.P. (Radically Invasive Projectile) 9mm ammunition is designed to fragment upon impact. It's a CNC machined copper hollow point that breaks into 8 sharp 'trocars' or petals, intended to maximize tissue damage and energy transfer.

How did the R.I.P. 9mm perform in the water jug test?

In the water jug test, the R.I.P. 9mm demonstrated extreme fragmentation. The first jug was completely destroyed, and the second showed multiple entry points from the bullet's fragmented petals, indicating significant energy dissipation.

What firearm was used to test the R.I.P. 9mm ammo?

The R.I.P. 9mm ammunition was tested using a Palmetto State Armory (PSA) Dagger handgun. This pistol was configured with a threaded barrel, a Holosun red dot optic, and an Olight Baldr S weapon light.

What are the key features of the R.I.P. 9mm bullet?

The R.I.P. 9mm features a segmented hollow point design made from CNC machined copper. Its primary feature is its intended fragmentation into 8 sharp pieces upon impact, creating multiple wound channels and high energy transfer.

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