7 Scope Myths Most Shooters Believe

Published on July 6, 2023
Duration: 13:15

This video debunks common rifle scope myths, explaining that complex reticles can cause misses due to optical distortion and that larger tube sizes primarily offer more adjustment travel, not better light gathering. It emphasizes the importance of quality scope rings for repeatability and preventing internal damage, and clarifies that while MOA offers finer adjustments, MIL is preferred for long-range communication. The content also highlights that price doesn't always equate to performance, with mid-range scopes capable of tracking accurately, and stresses the need to verify turret tracking with a 'tall target test'.

Quick Summary

Larger scope tube diameters (30mm, 34mm) are designed for increased adjustment travel, not better light gathering. Light transmission depends on objective lens size and coatings. Quality scope rings are vital for even pressure, preventing damage, and ensuring repeatable zero.

Chapters

  1. 00:00Intro: Common Scope Myths
  2. 00:24Myth 1: Christmas Tree Reticles Cause Misses
  3. 02:29Myth 2: Tube Size & Light Transmission
  4. 04:40Myth 3: Expensive Scope Rings Matter
  5. 06:34Myth 4: MOA vs. MIL Explained
  6. 07:47Myth 5: Price Doesn't Equal Performance
  7. 10:56Myth 6: Verify Turret Tracking Accuracy

Frequently Asked Questions

Does a larger scope tube diameter increase light transmission?

No, larger scope tube diameters like 30mm or 34mm are primarily designed to provide greater elevation and windage adjustment travel. Light gathering capability is determined by the objective lens size and the quality of lens coatings, not the main tube diameter.

Why are quality scope rings important for mounting a rifle scope?

Quality scope rings ensure even pressure distribution around the scope tube, preventing internal damage and 'sticky' adjustments. They also provide better repeatability when the scope is removed and reinstalled, crucial for maintaining zero.

What is the difference between MOA and MIL for scope adjustments?

MOA (Minute of Angle) offers finer adjustments, while MIL (Milliradian) is the industry standard for long-range shooting. MIL's base-10 system simplifies communication between spotters and shooters, making it more practical for tactical and long-range applications.

How can I verify my scope's turret tracking accuracy?

Perform a 'tall target test'. Mount your rifle securely and use a tall, known-size target. Dial a specific amount of adjustment (e.g., 10 MILs) and measure the actual vertical or horizontal shift of the reticle on the target to confirm it matches the turret's indication.

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