I Accidentally Blew Up My Gyrojet

Published on April 10, 2024
Duration: 19:42

This video details the rare MBA Gyrojet Mark I rocket pistol, showcasing its unique propulsion system where projectiles are self-contained rockets. High-speed footage captures the firing sequence, ballistic gel tests revealing a corkscrew path, and a dramatic catastrophic malfunction where the barrel detaches due to a 'spicy' round. The demonstration includes operation, manual of arms, and lethality testing against a ballistic dummy head.

Quick Summary

The Gyrojet pistol fires self-propelled 13mm rockets, not bullets. Each projectile contains its own propellant and primer, venting through angled ports for thrust and spin stabilization. This unique system was dramatically demonstrated when a 'spicy' round caused a catastrophic malfunction, detaching the barrel.

Chapters

  1. 00:00Introducing the Gyrojet Mark I
  2. 01:31How the Gyrojet Rocket Pistol Works
  3. 02:30Initial Live Fire & Ballistic Gel Test
  4. 07:44Gyrojet Manual of Arms & Operation
  5. 11:16Ballistic Dummy Head Lethality Test
  6. 14:55Catastrophic Gyrojet Malfunction: Barrel Explodes!

Frequently Asked Questions

What makes the Gyrojet pistol unique compared to traditional firearms?

The Gyrojet fires self-propelled 13mm rockets instead of bullets. The projectile contains its own propellant and primer, venting through ports at the base to provide thrust and spin stabilization, eliminating the need for rifling.

What caused the Gyrojet pistol to malfunction catastrophically?

During a high-speed test, a 'spicy' or overloaded rocket round caused excessive pressure, leading to the barrel completely detaching from the pistol frame due to a failure in the retention tab.

How does the Gyrojet's rocket projectile work?

Each 13mm projectile is a miniature rocket. It ignites its internal propellant upon firing, creating thrust that propels it forward while simultaneously spinning for stability via angled exhaust ports.

What were the results of the ballistic gel testing with the Gyrojet?

Testing showed the Gyrojet's rocket projectile followed a distinct 'corkscrew' path through the gel. The continuous burning of the propellant inside the gel created a unique visual effect and significant internal damage.

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