50bmg vs oxygen and propane ..  insanity at its max

Published on December 25, 2022
Duration: 4:41

This experiment tests the destructive potential of a .50 BMG rifle against an oxygen tank filled with propane. The .50 BMG round, specifically an armor-piercing 'black tip' variant fired from a Serbu BFG-50A, successfully ignites the propane in the oxygen-rich environment, causing a massive explosion and launching the oxygen tank. Damage assessment shows a significant impact hole but no clear exit, highlighting the extreme energy transfer.

Quick Summary

A .50 BMG rifle, specifically a Serbu BFG-50A with an armor-piercing round, was used to shoot an oxygen tank filled with propane. The impact ignited the volatile mixture, causing a massive explosion and launching the tank, demonstrating extreme destructive potential.

Chapters

  1. 00:00Introduction: High Winds & Experiment Plan
  2. 00:52Rifle Setup: Serbu BFG-50A & .50 BMG AP Round
  3. 01:23The Shot: Massive Explosion & Tank Launch
  4. 02:56Damage Assessment: Oxygen Tank Impact Hole
  5. 03:29Conclusion: Extreme Conditions & Results

Frequently Asked Questions

What happens when a .50 BMG rifle shoots an oxygen tank filled with propane?

Shooting an oxygen tank filled with propane using a .50 BMG rifle results in a massive explosion. The high-energy projectile ignites the volatile mixture of propane and oxygen, creating a significant fireball and blast.

What rifle was used in the .50 BMG vs oxygen and propane experiment?

The experiment utilized a Serbu BFG-50A semi-automatic rifle chambered in .50 BMG. The specific ammunition used was an armor-piercing 'black tip' round.

What was the observed damage to the oxygen tank after being shot with a .50 BMG?

The .50 BMG round created a large entry hole, approximately 3 inches in diameter, in the heavy steel oxygen cylinder. No definitive exit hole was observed, suggesting the bullet may have remained inside or was obscured.

Were there any environmental factors affecting the .50 BMG experiment?

Yes, the experiment was conducted in high winds, exceeding 20 mph and noted as 35 mph. These conditions necessitated shooting from within a vehicle for safety and stability.

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