5.7x28 Penetration Demonstration

Published on February 15, 2012
Duration: 1:24

This demonstration tests the 5.7x28mm SS197SR 40gr V-Max round fired from an FN PS90 SBR through water jugs. The round exhibited high velocity impact, causing significant fragmentation with only jacket shards recovered. A .45 ACP comparison highlighted contrasting terminal performance.

Quick Summary

The 5.7x28mm SS197SR 40gr V-Max bullet significantly fragmented upon impact with water jugs. Only small shards of the copper jacket were recovered, with no lead core found, indicating extreme fragmentation and high-velocity impact.

Chapters

  1. 00:00Introduction: FN PS90 & 5.7x28mm Test Setup
  2. 00:245.7x28mm Test Fire: Water Jug Impact
  3. 00:46Result Analysis: Bullet Fragmentation
  4. 00:58.45 ACP Comparison Shot

Frequently Asked Questions

What happened to the 5.7x28mm SS197SR V-Max bullet after impacting water jugs?

The 5.7x28mm SS197SR 40gr V-Max bullet significantly fragmented upon impact with the water jugs. Only small shards of the copper jacket were recovered, with no lead core found, indicating extreme fragmentation.

How did the 5.7x28mm round perform in the water jug test?

The 5.7x28mm round demonstrated high-velocity impact, causing the initial water jugs to explode. The bullet itself fragmented extensively, leaving minimal recoverable material.

What was the purpose of the .45 ACP comparison shot?

The .45 ACP 200gr JHP round was fired into a similar water jug setup to provide a direct visual contrast in terminal performance and energy transfer compared to the 5.7x28mm round.

What are the key specifications of the FN SS197SR ammunition tested?

The FN SS197SR ammunition uses a 5.7x28mm caliber with a 40-grain Hornady V-Max bullet featuring a polymer tip. It's designed for high velocity, approximately 2,034 fps from a P90 barrel.

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