7N6 Bullet Worse than poison

Published on February 7, 2026
Duration: 1:04

This demonstration by Civilian Tactical showcases the significant terminal ballistic differences between standard 5.45x39mm ammunition and the 7N6 'poison bullet'. Through ballistic gelatin testing, the video illustrates how the 7N6 round's design causes immediate tumbling and yaw, leading to a dramatic energy dump and a much larger wound cavity compared to the standard round. The instructor's expertise is evident in the controlled testing and clear explanation of the observed phenomena.

Quick Summary

The 7N6 5.45x39mm round, known as the 'poison bullet', exhibits superior terminal ballistics due to its design promoting immediate tumbling and yaw. Ballistic gelatin tests show it dumps all energy in the first block, creating a massive wound cavity, unlike standard rounds which pass through with minimal damage.

Chapters

  1. 00:00Introduction to 7N6 Poison Bullet
  2. 00:14Comparative Ballistics Test Setup
  3. 00:25Standard 5.45x39mm Gelatin Test
  4. 00:367N6 Gelatin Performance
  5. 00:47Wound Cavity Analysis

Frequently Asked Questions

What makes the 7N6 5.45x39mm round a 'poison bullet'?

The 7N6 5.45x39mm round is nicknamed the 'poison bullet' due to its exceptional terminal ballistics. Its design promotes immediate tumbling and yaw upon impact with soft tissue, causing a significant energy dump and creating a much larger wound cavity than standard ammunition.

How does the 7N6 round perform differently from a standard 5.45x39mm round in ballistic gelatin?

In ballistic gelatin tests, the 7N6 round tumbles rapidly, dumping all its energy and stopping within the first block, creating a massive, irregular wound channel. A standard 5.45x39mm round typically passes through with a smaller, linear wound channel, indicating less energy transfer.

What is the primary design feature of the 7N6 round that affects its terminal ballistics?

The 7N6 round features an air pocket in its nose. This design element is intended to induce early tumbling and yaw upon impact with a target, which significantly increases the bullet's cross-sectional area and leads to a more violent energy transfer and larger wound cavity.

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