Why Won’t These Ballistics Myths Die?

Published on December 13, 2024
Duration: 15:19

This video debunks five common ballistics and shooting myths. It demonstrates that high-velocity bullets do expand, AR-15s can be sub-MOA accurate for hunting, a 'loose' shoulder improves recoil management, high shoulder shots are effective and meat-efficient, and heavier bullets often offer better long-range performance than lighter, faster ones. The content is backed by live testing and data analysis.

Quick Summary

High-velocity bullets do expand; testing showed a .223 bullet at over 4,500 FPS violently expanded in ballistics gel. AR-15s can achieve sub-MOA hunting accuracy. A loose shoulder aids recoil absorption, and heavier bullets often offer better long-range performance.

Chapters

  1. 00:00Intro: Ballistics Myths on a Hunt
  2. 00:16Myth 1: High Velocity Zips Through
  3. 05:13Myth 2: AR-15 Accuracy for Hunting
  4. 08:58Myth 3: Holding the Rifle Tight
  5. 11:08Myth 4: High Shoulder Shots Ruin Meat
  6. 13:34Myth 5: Lighter Bullets for Better Trajectory

Frequently Asked Questions

Do high-velocity bullets always pass through without expanding?

No, high-velocity bullets do expand. Testing showed a .223 bullet exceeding 4,500 FPS violently expanded and penetrated 7.7 inches in ballistics gel, proving expansion occurs even at extreme speeds.

Can an AR-15 be accurate enough for hunting?

Yes, an AR-15 can be highly accurate for hunting. With a quality barrel like the X2 Development Group and appropriate ammunition, sub-MOA accuracy (0.5-0.75 MOA) is achievable.

Is it better to hold a rifle tightly against your shoulder?

Contrary to common advice, a 'loose' shoulder can improve recoil absorption. This technique allows the rifle to move more naturally, mitigating felt recoil, especially with powerful calibers like .416 Ruger.

Do heavier bullets always have a worse trajectory than lighter ones?

Not necessarily. While lighter bullets may have higher muzzle velocity, heavier bullets with a high Ballistic Coefficient (BC) often experience less wind drift and retain more energy at longer ranges.

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