Long Range Pursuit | S2 E2 Way out there at Western Lands

Published on March 27, 2017
Duration: 22:13

This episode of Long Range Pursuit follows a sheep hunt in Montana and a mule deer hunt in Utah, showcasing long-range shooting techniques and the importance of understanding external ballistics. The hosts demonstrate how to use ballistic calculators, specifically the G7 calculator, to account for windage and trajectory at extended distances. The content emphasizes practical application in hunting scenarios, highlighting the need for accurate data input and compensation for environmental factors to achieve successful shots.

Quick Summary

Accurate long-range shooting requires understanding external ballistics, including muzzle velocity, ballistic coefficient, and air density. Wind is a critical factor, with even small changes impacting trajectory at extended distances. Ballistic calculators like the G7 tool help determine necessary adjustments for bullet drop and wind deflection.

Chapters

  1. 00:45Introduction to Sheep Hunting in Montana
  2. 01:18Long Range Shooting Challenge Over a Lake
  3. 02:33Assessing Wind Conditions for Long Range Shot
  4. 03:00Using Rangefinder for Windage Correction
  5. 04:08First Long Range Shot Analysis
  6. 05:15External Ballistics Explained
  7. 06:14Ballistic Coefficient and Air Density Inputs
  8. 07:15Understanding Bullet Drop and Trajectory
  9. 09:07Compensating for Wind Deflection
  10. 10:12Mule Deer Hunt in Utah with Terry Fricks
  11. 11:46Spotting the Target Buck
  12. 12:44Final Range and Correction for the Shot
  13. 13:13Successful Mule Deer Harvest
  14. 16:09Using the G7 Ballistics Calculator
  15. 17:24Configuring Environmental and Sighting Data
  16. 20:35Calculating and Printing Drop Charts

Frequently Asked Questions

What are the key inputs for a ballistic calculator?

The essential inputs for a ballistic calculator include muzzle velocity, the bullet's ballistic coefficient (BC), and air density. Air density is determined by elevation and temperature. Accurate data for these factors is crucial for calculating bullet drop and wind deflection.

How does wind affect long-range shooting?

Wind significantly impacts long-range shooting by deflecting the bullet off its intended path. Even moderate winds, like 10-15 mph, can cause misses at distances of 750 yards. Doping the wind accurately by estimating its speed and direction is critical for success.

What is ballistic coefficient (BC)?

Ballistic coefficient (BC) is a number that quantifies how efficiently a bullet penetrates through the air. It's influenced by the bullet's weight, its cross-sectional area, and its shape (form factor). Manufacturers typically provide BC values on ammunition boxes or in reloading manuals.

How can I compensate for bullet drop at long range?

You can compensate for bullet drop by using a ballistic calculator to determine the required holdover or by dialing adjustments into your rifle scope's turrets. The calculator provides the trajectory data based on your rifle's ballistics and environmental conditions.

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