Configure Factory Rifle to shoot Long Range Part 5

Published on May 8, 2013
Duration: 7:08

This guide details the process of configuring a factory Remington Sendero rifle for extreme long-range shooting, as demonstrated by Mike Davidson, Sales Manager at Gunwerks. It covers inputting precise ballistic data into software, field-validating the trajectory, and creating a custom ballistic turret for direct yardage dialing. The process culminates in successful hits at over 1300 yards, showcasing advanced long-range marksmanship techniques.

Quick Summary

Configure a factory rifle for long-range shooting by inputting precise ballistic data into software, field-validating the trajectory with actual shots, and using this data to 'true' the ballistics. This process often culminates in creating a custom ballistic turret for direct yardage dialing, ensuring accuracy at extended ranges.

Chapters

  1. 00:00Introduction to Long Range Setup
  2. 00:22Ballistic Data Entry with G7 Program
  3. 01:11Trajectory Validation and Field Data
  4. 02:14Calculating True Muzzle Velocity
  5. 03:16Custom Ballistic Turret Production
  6. 04:41Field Verification at Extended Ranges

Frequently Asked Questions

How do you configure a factory rifle for long-range shooting?

Configure a factory rifle for long-range shooting by inputting precise ballistic data (BC, velocity, scope height, zero) into software, field-validating the trajectory with actual shots, and using this data to 'true' the ballistics, often culminating in a custom turret.

What is ballistic truing and why is it important?

Ballistic truing is the process of using field-observed shot data to refine a rifle's ballistic profile, calculating the actual muzzle velocity and drop characteristics. This ensures accuracy at extended ranges by accounting for real-world performance variations.

What are the benefits of a custom ballistic turret?

A custom ballistic turret allows a shooter to directly dial the required yardage for a target, eliminating the need to calculate MOA adjustments. This simplifies the aiming process and increases speed and accuracy for long-range shots.

What data is needed for ballistic calculations?

Essential data for ballistic calculations includes bullet ballistic coefficient (BC), bullet weight, muzzle velocity, scope height above bore, and the rifle's zero range. Environmental factors also play a role.

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