Will This Thing Shoot Shotgun Rounds?

Published on December 4, 2025
Duration: 1:13

This video explores the feasibility of using live 12-gauge shotgun rounds in a perimeter alarm designed for blanks. The experiment demonstrates that while a 12-gauge slug can be fired, the resulting projectile lacks sufficient energy for significant damage, and the alarm's plastic housing is compromised. The creator strongly advises against attempting this modification due to safety risks.

Quick Summary

A 12-gauge perimeter alarm can physically fire live shotgun rounds due to identical base diameters, but this is extremely dangerous. The device is not designed for the pressures, leading to shell casing deformation, housing damage, and insufficient projectile energy for practical use. Manufacturers strongly advise against this modification.

Chapters

  1. 00:00Introduction: 12 Gauge Perimeter Alarm and Live Rounds
  2. 00:13Experiment 1: No Powder Load
  3. 00:31Results: Warped Shell and Sound Comparison
  4. 00:41Experiment 2: Single 12 Gauge Slug
  5. 00:53Results: Ejection Force and Housing Damage
  6. 01:06Conclusion: Feasibility and Manufacturer Discouragement

Frequently Asked Questions

Can a 12-gauge perimeter alarm fire live shotgun rounds?

While a 12-gauge perimeter alarm can physically accept and fire a live shotgun round due to identical base diameters, it is extremely dangerous and not recommended. The device is not designed for the pressures involved, leading to potential malfunctions and compromised projectile energy.

What happens when you fire a live 12-gauge slug from a perimeter alarm?

When a live 12-gauge slug is fired from a perimeter alarm, the spent shell casing becomes warped and bubbled. The plastic housing of the alarm can split open, and the projectile's energy is insufficient for significant damage, making it an unsafe and ineffective modification.

Are there safety risks associated with modifying perimeter alarms for live ammunition?

Yes, there are significant safety risks. Perimeter alarms designed for blanks are not built to withstand the pressures of live ammunition, which can lead to device failure, unpredictable projectile behavior, and potential injury to the user or bystanders. Manufacturers strongly discourage such modifications.

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