338 Lapua Magnum at 1 Mile!

Published on July 26, 2019
Duration: 13:22

This video details a one-mile shot attempt with a Desert Tech SRS Covert rifle chambered in .338 Lapua Magnum. It highlights the challenges of extreme long-range shooting, including the need for precise ammunition, scope adjustments, and accounting for external ballistics like spin drift and the Coriolis effect. The quick-change barrel system and bullpup design of the SRS are also showcased.

Quick Summary

Shooting at one mile requires accounting for complex ballistics like spin drift and the Coriolis effect. Ammunition consistency is critical, as even minor velocity variations can cause misses. Ensuring the rifle is perfectly level is also essential to avoid amplified cant error at extreme distances.

Chapters

  1. 00:00Introduction: Desert Tech SRS .338 Lapua Magnum
  2. 00:49Suppressor & Ammunition: KG Made & Federal Match
  3. 01:13SRS Caliber Conversion & Bullpup Design
  4. 02:11Challenges of One Mile Shooting
  5. 03:45The Successful One Mile Shot
  6. 05:01Advanced Ballistics: Spin Drift & Coriolis
  7. 08:02Ammo Consistency for Extreme Range
  8. 09:50Environmental Factors: Wind Calls

Frequently Asked Questions

What rifle was used for the one-mile shot?

The rifle used was a Desert Tech SRS (Stealth Recon Scout) Covert chassis, specifically configured with a 24-inch .338 Lapua Magnum barrel for the extreme long-range attempt.

What are the key ballistics factors for a one-mile shot?

For a one-mile shot, crucial ballistics factors include spin drift (bullet rotation causing horizontal drift) and the Coriolis effect (due to Earth's rotation), both of which significantly impact bullet trajectory at extreme distances.

Why is ammunition consistency important for long-range shooting?

Ammunition consistency is vital because even a small velocity deviation (like 60 fps) can cause a bullet to miss a target at extreme ranges. Handloading is often recommended for better control over extreme spread.

What are the main challenges of shooting at one mile?

Challenges include needing significant scope adjustment (or a canted base), avoiding cant error by keeping the rifle level, and accurately predicting wind conditions which can differ significantly from ground level.

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