I Accidentally Blew Up My Gyrojet

Published on April 10, 2024
Duration: 19:42

This video provides an expert-level look at the rare MBA Gyrojet Mark I rocket pistol, featuring detailed explanations of its unique propulsion system and operation. Brandon Herrera, with the assistance of Ballistic High Speed, captures extreme slow-motion footage of the Gyrojet's firing sequence, ballistic gel testing, and a dramatic catastrophic malfunction where the barrel separates. The content highlights the advanced technical analysis and the inherent risks associated with such unique firearms.

Quick Summary

The MBA Gyrojet Mark I is a unique rocket pistol firing 13mm rockets with integrated propellant. Its exhaust gases provide thrust and spin stabilization, negating rifling. High-speed footage captured its operation and a catastrophic barrel separation due to a retention tab failure caused by a 'spicy' round.

Chapters

  1. 00:00Introduction to the Gyrojet
  2. 01:31How the Gyrojet Works
  3. 02:30Initial Live Fire Testing
  4. 04:48Ballistic Gel Testing
  5. 07:44Manual of Arms and Operation
  6. 11:16Ballistic Dummy Head Test
  7. 14:55Catastrophic Malfunction

Frequently Asked Questions

How does the Gyrojet rocket pistol work?

The Gyrojet fires small rockets that have their own propellant. Exhaust gases vent from angled ports at the rocket's base, providing thrust and spin stabilization, eliminating the need for barrel rifling. It uses a unique internal hammer mechanism to ignite the rocket.

What caused the Gyrojet to malfunction in the video?

During a high-speed shot attempt, a 'spicy' round caused a catastrophic failure. The barrel completely detached from the pistol frame due to a failure in the barrel's retention tab, sending the barrel downrange.

What kind of ammunition does the Gyrojet use?

The Gyrojet fires specialized 13mm rockets, which contain their own primer and propellant. These are estimated to cost between $150-$200 per round due to their rarity and unique nature.

What performance data was observed during testing?

High-speed footage captured the rocket's acceleration at 2500 fps and the malfunction at 55,000 fps. Ballistic gel tests showed a 'corkscrew' path and continuous burning of propellant, causing significant damage to a ballistic dummy head.

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