Chumbos de Espingarda em Forma de Halteres!

Published on July 31, 2025
Duration: 1:32

This video demonstrates a comprehensive test of a novel dumbbell-shaped projectile fired from a shotgun. The testing methodology includes impact energy assessment using a 5-gallon bucket, paper target behavior analysis, and terminal ballistics evaluation in ballistic gelatin to determine lethality and wound channel characteristics. The results indicate surprising performance from the lightweight aluminum projectile.

Quick Summary

Novel dumbbell-shaped shotgun projectiles made of ultra-lightweight aluminum were tested for lethality and terminal ballistics. The tests included impact energy assessment in a 5-gallon bucket, paper target behavior, and ballistic gelatin analysis, revealing surprising penetration and expansion without over-penetration.

Chapters

  1. 00:00Introduction to Dumbbell Rounds
  2. 00:11Testing Methodology: Bucket, Paper, Gelatin
  3. 00:39Bucket Impact Results
  4. 00:52Paper Target Behavior
  5. 01:01Ballistic Gelatin Impact and Wound Channel
  6. 01:14Projectile Integrity and Analysis
  7. 01:20Material and Performance Surprises

Frequently Asked Questions

What is the purpose of testing dumbbell-shaped shotgun projectiles?

The video tests the lethality and terminal ballistics of novel dumbbell-shaped projectiles fired from a shotgun. The goal is to understand their impact energy, behavior on targets, and the type of wound channel they create in ballistic gelatin.

How were the dumbbell-shaped shotgun projectiles tested for effectiveness?

Testing involved three stages: a 5-gallon bucket to measure impact energy, a paper target to observe projectile behavior, and ballistic gelatin to assess lethality and wound channel characteristics. The projectile's integrity after impact was also examined.

What were the surprising results of testing the dumbbell-shaped projectiles?

Despite being made of ultra-lightweight aluminum, the projectiles demonstrated significant penetration and slight expansion in ballistic gelatin without over-penetration. They also remained intact after passing through the gelatin, exceeding expectations.

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