Shooting a Donut 1 Mile Away

Published on January 8, 2024
Duration: 22:04

This guide details the process of achieving an extreme long-range shot, specifically one mile, as demonstrated in the video. It emphasizes precise rifle setup, accurate ballistic calculations accounting for environmental factors like wind and spin drift, and effective communication with a spotter. The demonstration highlights the capability of budget-friendly optics when used with proper technique and expertise.

Quick Summary

Achieving a one-mile shot requires precise ballistic calculations for bullet drop (estimated 110-130 feet) and spin drift, along with accurate scope adjustments. The demonstration highlights the capability of budget-friendly optics like the Sightmark Latitude 6.25-25x56 when paired with a skilled shooter and appropriate rifle, such as the Christensen Arms MPR in 6.5 PRC.

Chapters

  1. 00:00Challenge Introduction
  2. 00:53Equipment and Location
  3. 02:33Sighting In
  4. 05:33Optic Technical Details
  5. 08:39Ballistics and Adjustments
  6. 11:18The One-Mile Shot

Frequently Asked Questions

What rifle caliber was primarily used for the one-mile shot?

The primary rifle caliber used for the one-mile shot was 6.5 PRC. A 7mm PRC rifle was also present as a backup option during the testing at the Sightmark facility.

How much bullet drop is expected at one mile?

At a distance of one mile, the bullet drop can be substantial, estimated to be between 110 to 130 feet. This requires precise elevation adjustments using the rifle's scope turrets.

What are the key features of the Sightmark Latitude 6.25-25x56 scope?

The Sightmark Latitude 6.25-25x56 scope features a First Focal Plane (FFP) reticle, an illuminated Mil-dash reticle with red/green options, external zero-stop turrets, and adjustable parallax, making it suitable for long-range precision.

What factors must be considered for extreme long-range shooting?

For extreme long-range shooting, critical factors include precise rifle and optic setup, accurate ballistic calculations for bullet drop and windage, accounting for spin drift, and effective communication with a spotter for real-time adjustments.

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