Gun Detectives PLEASE Explain THIS (weird anomaly) #gun #civtac #fullautofriday

Published on January 11, 2024
Duration: 0:31

This video presents a surprising ballistics anomaly where a 5-inch barrel CMMG Dissent rifle outperformed a 16-inch barrel rifle in a penetration test using ballistics gel. Slow-motion footage confirmed the 5-inch barrel's bullet traveled approximately 5 inches further, challenging conventional wisdom about barrel length and velocity. The host seeks audience analysis for this unexpected outcome.

Quick Summary

A surprising ballistics anomaly shows a 5-inch barrel CMMG Dissent rifle outperforming a 16-inch rifle in penetration tests using ballistics gel. Slow-motion footage confirmed the shorter barrel's bullet traveled further, challenging the assumption that longer barrels always provide higher velocity.

Chapters

  1. 00:00The Barrel Length Paradox Explained
  2. 00:09Ballistics Gel Testing: 5" vs 16" Barrel
  3. 00:19Slow-Motion Evidence & Audience Analysis Request

Frequently Asked Questions

What surprising ballistics anomaly was observed in the video?

The video showcases an anomaly where a 5-inch barrel rifle, specifically a CMMG Dissent, achieved greater penetration in ballistics gel than a standard 16-inch barrel rifle, defying typical expectations about barrel length and velocity.

How was the barrel length anomaly tested?

The test involved firing both a 5-inch barrel CMMG Dissent and a 16-inch barrel rifle into Clear Ballistics gelatin blocks. Slow-motion footage was used to meticulously document and compare the penetration depths achieved by each firearm.

What specific firearms were used in the ballistics test?

The test featured a 5-inch barrel CMMG Dissent equipped with a Bushnell red dot sight and a standard AR-15 style rifle with a 16-inch barrel. Both fired 5.56 NATO ammunition.

Why might a shorter barrel outperform a longer one in penetration?

While counterintuitive, factors like optimal projectile stabilization, specific ammunition burn rate, and reduced gas escaping after bullet exit could theoretically contribute. However, this anomaly requires further expert analysis to confirm the exact cause.

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