Shooting a CO2 cartridge

Published on December 13, 2023
Duration: 0:15

This experiment tests the destructive potential of a bullet impacting a 38g CO2 cartridge. Fired from a suppressed AR-15, the 5.56x45mm projectile punctures the steel cartridge, causing a rapid release of pressurized CO2 gas. Slow-motion footage clearly shows the gas expansion and the resulting deformation of the cartridge.

Quick Summary

Shooting a 38g CO2 cartridge with an AR-15 causes a rapid release of pressurized gas, creating a large white cloud and deforming the steel container. Slow-motion footage captures the impact and subsequent gas expansion.

Chapters

  1. 00:00Introduction: CO2 Cartridge Experiment
  2. 00:05The Shot: AR-15 vs CO2 Cartridge
  3. 00:07Slow Motion Impact and Gas Release
  4. 00:11Results: Punctured CO2 Cartridge

Frequently Asked Questions

What happens when a 38g CO2 cartridge is shot by a bullet?

When a 38g CO2 cartridge is struck by a bullet, such as from a 5.56x45mm AR-15, the pressurized gas inside is rapidly released. This causes the cartridge to deform and creates a large, visible cloud of CO2 gas.

What firearm was used to shoot the CO2 cartridge?

The CO2 cartridge was shot using a suppressed AR-15 style rifle equipped with a Primary Arms SLx Red Dot optic. The caliber used was 5.56x45mm NATO.

Can a CO2 cartridge explode when shot?

While the CO2 cartridge doesn't detonate like an explosive, the rapid release of highly pressurized gas upon being punctured by a bullet can create a forceful expansion. This is a rapid depressurization event, not a chemical explosion.

What safety precautions were taken during the CO2 cartridge test?

The experiment was conducted in a professional indoor shooting range with a proper backstop. The speaker, Žiga, was observed using essential Personal Protective Equipment (PPE), including eye and ear protection, demonstrating safe muzzle discipline.

Related News

All News →

More General Videos You Might Like

More from Polenar Tactical

View all →