Long Range Pursuit | S2 E17 Ian Davidson Elk hunt at 537 Yards

Published on July 10, 2017
Duration: 22:33

This video follows an elk hunt in Wyoming, showcasing long-range shooting techniques and ballistics considerations. It highlights the importance of understanding environmental factors like wind, altitude, and temperature for accurate long-range shots. The content emphasizes practical application in a hunting scenario, demonstrating how to adjust for these variables to achieve success in the field.

Quick Summary

Accurate long-range shooting requires precise adjustments for environmental factors like wind, altitude, and temperature, which affect air density and bullet trajectory. Using station pressure and considering equivalent altitude or density altitude in ballistics software are key to achieving success in the field.

Chapters

  1. 00:00Introduction to the Elk Hunt
  2. 00:42Morning Conditions and Scouting
  3. 01:46Spotting Young Bulls
  4. 02:48Locating a Potential Bull
  5. 04:28The Shot Opportunity
  6. 05:00Tough Shot Challenge Introduction
  7. 05:33Replicating a High Heart Rate Shot
  8. 08:13Tough Shot Analysis
  9. 11:27Understanding Air Density Inputs
  10. 13:15Using Equivalent Altitude
  11. 15:01Density Altitude Explained
  12. 17:33Second Elk Sighting
  13. 18:39The 537 Yard Shot
  14. 19:51Successful Harvest and Field Dressing
  15. 20:31Celebrating the First Elk
  16. 21:39Gear and Sponsors

Frequently Asked Questions

What environmental factors are crucial for long-range shooting accuracy?

For long-range shooting, critical environmental factors include wind speed and direction, air temperature, altitude, and humidity. These elements directly influence air density, which in turn affects bullet trajectory, necessitating precise adjustments for successful shots.

How does air density affect ballistics calculations?

Air density impacts ballistics by altering how a bullet travels through the atmosphere. Higher air density (colder, lower altitude, higher pressure) causes more drag, slowing the bullet down and increasing drop. Lower air density (warmer, higher altitude, lower pressure) results in less drag, allowing the bullet to travel further.

What is the difference between station pressure and corrected pressure in ballistics?

Station pressure is the actual atmospheric pressure measured at your current location and altitude. Corrected pressure, often called sea-level pressure, is a calculated value adjusted to sea-level conditions. For ballistics calculations, using station pressure provides a more accurate input reflecting local atmospheric conditions.

How can equivalent altitude simplify ballistics inputs?

Equivalent altitude allows you to input a specific elevation into a ballistics program, which then automatically calculates the standard station pressure and temperature for that altitude. This simplifies the process by providing a baseline atmospheric condition for your calculations.

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