Turn Your Fire Extinguisher into a Rocket

Published on July 25, 2014
Duration: 3:40

This guide details an advanced DIY modification to turn a fire extinguisher into a projectile, inspired by DemolitionRanch. It outlines the process of using a 12-gauge shotgun to shear the valve and launch the extinguisher, emphasizing the need for specialized equipment like a Caldwell Lead Sled for safety and precision. The experiment highlights the importance of understanding terminal ballistics and safe handling practices when dealing with high-pressure systems and firearms.

Quick Summary

Launching a fire extinguisher like a rocket involves using a 12-gauge shotgun to shear the valve. Initial attempts with slugs may fail by puncturing the tank. Success requires double-aught buckshot fired point-blank at the valve, ideally from a stable rest like a Caldwell Lead Sled, to achieve propulsion.

Chapters

  1. 00:00Introduction: Fire Extinguisher Rocket Concept
  2. 00:17Setup: PVC Pipe and Fire Extinguisher
  3. 00:56First Launch Attempt: Slug Failure
  4. 01:11Damage Assessment: Valve Puncture
  5. 01:22Revised Setup: Buckshot and Lead Sled
  6. 02:04Successful Rocket Launch
  7. 02:35Recovery and Final Thoughts

Frequently Asked Questions

How can a fire extinguisher be launched like a rocket?

To launch a fire extinguisher like a rocket, a 12-gauge shotgun is used to shear off the valve mechanism. This requires precise alignment and a powerful load, like double-aught buckshot, fired point-blank at the valve. A shooting rest is crucial for safety and accuracy.

What equipment is needed for a fire extinguisher rocket launch?

Essential equipment includes a full fire extinguisher, a 12-gauge shotgun, double-aught buckshot, a large diameter PVC pipe for guidance, and a stable shooting rest like a Caldwell Lead Sled. A remote firing mechanism is also recommended for safety.

Why did the initial shotgun slug fail to launch the fire extinguisher?

The initial attempt with a shotgun slug failed because it punctured the side of the fire extinguisher instead of shearing the valve. This caused the extinguisher to vent pressure without generating the necessary force for propulsion, preventing it from launching.

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