460 MAGNUM ammunition ballistic testing in SlowMo! (60P)

Published on May 28, 2015
Duration: 6:28

This video provides a detailed ballistic gel test of two .460 Magnum loads: Hornady 200gr FTX and Cor-Bon 395gr. The Hornady load demonstrated excellent energy transfer and mushrooming for deer-sized game, while the heavier Cor-Bon bullet offered deep penetration suitable for larger targets. Jerry Miculek highlights how bullet construction significantly impacts terminal performance.

Quick Summary

The .460 Magnum cartridge offers versatility. The Hornady 200gr FTX provides excellent energy transfer and mushrooming for medium game, penetrating 15 inches. The Cor-Bon 395gr hard-cast bullet focuses on deep penetration, exceeding 32 inches, making it suitable for larger targets.

Chapters

  1. 00:00Intro & Ammo Overview
  2. 01:01Hornady 200gr FTX Ballistic Test
  3. 02:19Cor-Bon 395gr Initial Test
  4. 03:54Cor-Bon 395gr Re-test & Comparison
  5. 04:58Conclusion & Giveaway

Frequently Asked Questions

What are the key differences between the Hornady 200gr FTX and Cor-Bon 395gr .460 Magnum loads tested?

The Hornady 200gr FTX is designed for speed and energy transfer, mushrooming effectively for medium game. The Cor-Bon 395gr is a heavier, slower bullet focused on deep penetration, suitable for larger or tougher game animals.

How does bullet construction affect terminal ballistics in the .460 Magnum?

Bullet construction is crucial. Lighter, faster bullets like the FTX prioritize expansion and energy dump, creating a large temporary cavity. Heavier, slower bullets like the hard-cast Cor-Bon focus on deep, straight-line penetration through tough tissue and bone.

What is the recommended use for the Hornady 200gr FTX .460 Magnum load?

Based on the ballistic gel test, the Hornady 200gr FTX is ideal for deer-sized game. It demonstrated excellent mushrooming and significant energy transfer within 15 inches of penetration.

What potential issue can arise when firing heavy, slow .460 Magnum bullets at close range?

Heavy, slow projectiles may not fully stabilize immediately upon impact at very close distances. This can cause them to deviate from a straight path, as seen with the Cor-Bon 395gr bullet skewing upward in the initial test.

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