DO NOT Hunt With Match Bullets, Or Maybe Do...

Published on March 27, 2026
Duration: 10:35

This video from Ballistics Lab compares the terminal performance of Hornady's 147-grain ELD-M (Match) and ELD-X (Hunting) bullets in 6.5 Creedmoor fired through ballistic gel after impacting wood. The ELD-M showed rapid expansion and significant tissue damage, while the ELD-X created a larger wound channel but deviated from its path. The presenter suggests both can be effective for deer hunting if the hunter understands their specific performance characteristics.

Quick Summary

While Hornady doesn't officially endorse match bullets like the ELD-M for hunting, tests show they can perform well. The ELD-M expanded rapidly in ballistic gel after wood impact, retaining integrity. The ELD-X created a larger wound channel but deviated from its path, highlighting the importance of understanding specific bullet performance for hunting.

Frequently Asked Questions

Can you hunt with match bullets like Hornady's ELD-M?

While manufacturers like Hornady do not officially recommend match bullets for hunting, many hunters report success. The ELD-M tested showed rapid expansion and good integrity in ballistic gel after impacting wood, similar to hunting bullet performance.

What is the difference between Hornady ELD-M and ELD-X bullets?

ELD-M (Match) bullets are designed for accuracy, while ELD-X (eXpanding) bullets are designed for hunting with features for controlled expansion and weight retention. The ELD-X has additional features that can sometimes lead to manufacturing inconsistencies.

How did the Hornady 147-grain ELD-M perform in ballistic gel?

The 147-grain ELD-M expanded rapidly and significantly in ballistic gel after impacting wood, causing substantial tissue damage. It retained its integrity well and penetrated deeply, producing a small exit wound.

What was the terminal performance of the Hornady 147-grain ELD-X in ballistic gel?

The 147-grain ELD-X created a larger wound channel than the ELD-M but deviated from its intended path, exiting the side of the gel block. This deviation is a concern for hunting applications requiring predictable penetration.

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