Shooting 50 BMG Out Of A Shotgun?

Published on April 26, 2025
Duration: 0:49

This video explores the experimental concept of firing a .50 BMG round from a 12 Gauge shotgun. While a break-barrel GForce Pheasant Gun could chamber the round, a semi-automatic GForce II could not. Remote firing was employed for safety, but the experiment ultimately failed due to insufficient firing pin energy and excessive headspace, resulting in light primer strikes and the round pushing further into the chamber.

Quick Summary

Firing a .50 BMG round from a 12 Gauge shotgun is highly experimental and generally not feasible. While some break-barrel shotguns might chamber the round, issues like improper fit, excessive headspace, and insufficient firing pin energy prevent reliable ignition, leading to light primer strikes and misfires. Safety precautions like remote firing are crucial for such tests.

Chapters

  1. 00:00Initial Experimentation: .50 BMG in GForce II
  2. 00:10Break-Barrel Solution: GForce Pheasant Gun
  3. 00:26Firing Attempt: Remote Rig Setup
  4. 00:35Results and Analysis: Light Strikes

Frequently Asked Questions

Can you fire a .50 BMG round from a 12 Gauge shotgun?

While a break-barrel shotgun like the GForce Pheasant Gun can physically chamber a .50 BMG round, it's not designed for it. The action may not cycle correctly, and critically, the firing pin often lacks the energy to reliably ignite the primer, leading to misfires and potential safety issues.

What issues arise when trying to fire a .50 BMG in a 12 Gauge shotgun?

Key issues include the .50 BMG round being too long for standard semi-automatic actions, excessive headspace allowing the round to push too far into the chamber, and insufficient firing pin energy from the shotgun to reliably ignite the .50 BMG primer, resulting in light strikes.

How was safety ensured during the .50 BMG shotgun experiment?

Safety was prioritized by using a remote firing rig operated by a string, allowing the experimenter to take cover behind a vehicle during the firing attempt. This minimized direct exposure to the firearm during the potentially hazardous test.

What was the outcome of firing .50 BMG from a shotgun?

The experiment failed to fire the .50 BMG round. Inspection revealed light primer strikes, indicating the shotgun's firing pin lacked the necessary force. The round also pushed further into the chamber instead of igniting, highlighting significant mechanical and energy mismatches.

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