Hornady V-Max .17 HMR vs .22 WMR 22 Magnum Ballistic Gel Test

Published on January 10, 2022
Duration: 13:59

This video provides an expert-level comparison of Hornady V-Max .17 HMR and .22 WMR ammunition through ballistic gel testing. The analysis, conducted by Buckeye Ballistics, highlights differences in penetration and wound cavity creation between the two calibers using both Knox and Clear Ballistics gel mediums. The expert demonstrates high proficiency in terminal ballistics evaluation.

Quick Summary

Expert ballistic gel testing compares Hornady V-Max .17 HMR and .22 WMR. The .17 HMR (17 gr) achieved 12" penetration in Clear Ballistics gel, while the .22 WMR (30 gr) created a larger 2.75" cavity in Knox gel and showed significant expansion.

Chapters

  1. 00:38Introduction to Rimfire Ballistic Test
  2. 01:23Rifles and Equipment
  3. 01:49Gel Calibration and Consistency
  4. 05:06Ammunition Specifications
  5. 06:01Knox Gel Test Results
  6. 08:46Clear Ballistics Gel Test Results
  7. 12:27Bullet Recovery and Expansion

Frequently Asked Questions

What are the key differences between .17 HMR and .22 WMR in ballistic gel tests?

In Knox 10% gel, the .17 HMR penetrated 6 inches with a 2-inch cavity, while the .22 WMR penetrated 5 inches with a larger 2.75-inch cavity. In Clear Ballistics gel, the .17 HMR achieved 12 inches of penetration, and the .22 WMR reached 6.75 inches.

Which rifle was used for the .17 HMR and .22 WMR tests?

The .17 HMR was tested using a Savage 93R17 rifle, and the .22 WMR was tested with a Rossi RS22M rifle. Both firearms were equipped with 21-inch barrels to ensure consistent velocity comparisons during the ballistic gel tests.

How does Hornady V-Max ammunition perform in ballistic gel?

The Hornady V-Max .17 HMR (17 gr) showed good penetration in Clear Ballistics gel (12 inches) but a smaller cavity in Knox gel. The .22 WMR (30 gr) version demonstrated significant expansion and created a larger permanent cavity in both gel types, with some fragmentation observed.

Why is ballistic gel calibration important for terminal ballistics testing?

Accurate calibration of ballistic gelatin is crucial because factors like temperature and water evaporation during melting can alter the gel's density. This directly impacts penetration depth and wound cavity measurements, ensuring the reliability and comparability of test results.

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