Giant CUBE Bullets & The Punt Gun (The Biggest Shotgun EVER !!!)

Published on August 18, 2025
Duration: 13:21

This video tests experimental cube projectiles fired from a massive 9-foot Punt Gun named 'Fury'. The tests involved aluminum, titanium, copper, and tungsten cubes impacting water-filled trash cans. Tungsten demonstrated superior penetration, passing through four cans with minimal deformation, while aluminum deformed significantly and titanium showed material transfer from the target.

Quick Summary

The 'Fury' Punt Gun, weighing over 110 lbs and 9 feet long, was tested with experimental cube bullets made of aluminum, titanium, copper, and tungsten. It produces over 30,000 ft/lbs of muzzle energy. The tungsten cube showed superior penetration, passing through four targets with minimal damage.

Chapters

  1. 00:00Intro: Punt Gun & Cube Bullets
  2. 01:31Fury Punt Gun Specs & Sabot
  3. 02:13Aluminum Cube Test Results
  4. 04:25Titanium Cube Test & Fusion
  5. 07:06Copper Cube Test Results
  6. 09:25Tungsten Cube Test: Ultimate Penetration

Frequently Asked Questions

What is the 'Fury' Punt Gun?

The 'Fury' is a massive punt gun weighing over 110 lbs and measuring 9 feet long. It's capable of producing over 30,000 ft/lbs of muzzle energy and 800 lbs of recoil, making it one of the largest shotguns ever tested.

What were the experimental cube bullets made of?

The experimental cube bullets tested were made from four different materials: aluminum (Al), titanium (Ti), copper (Cu), and tungsten (W). Each cube was designed to test penetration and deformation characteristics.

How did the tungsten cube perform?

The one-pound tungsten cube demonstrated extreme penetration, passing through four water-filled trash cans in a nearly straight line. It remained in near-perfect condition, showing only minor edge chipping.

What challenges exist when firing cube bullets from a punt gun?

A significant challenge is stabilizing the square projectile within the round bore. This requires a custom-made sabot to ensure proper compression and consistent flight path, as demonstrated in the video.

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