Long Range Pursuit | S3 E7 Wyoming Antelope with the Long Range Muzzle Loader

Published on September 18, 2017
Duration: 21:56

This video details the process of gathering ballistic data to create custom turrets for long-range shooting. Mike Davidson from Gunwerks explains how to use ballistics software, verify zero, and shoot at known distances to collect actual bullet drop information. This data is then used to refine the ballistic profile and build a drop-compensating turret, transforming a factory rifle into a long-range weapon.

Quick Summary

Developing ballistic data for custom turrets involves using a ballistics program with inputs like bullet BC, muzzle velocity, altitude, and temperature. After verifying zero, shoot at known distances to collect actual bullet drop data, measure deviations, and use this to refine the ballistic profile for your turret.

Chapters

  1. 00:00Introduction to Long Range Pursuit
  2. 00:24Chad Pronghunt and Gunwerks Muzzleloader
  3. 01:04Antelope Hunting Strategy
  4. 01:45Spotting the Trophy Buck
  5. 02:26Stalking the Antelope
  6. 03:46Muzzleloader Ramrod Check
  7. 04:03Missed Opportunity and Regroup
  8. 05:04Setting Up Factory Rifles: Part 4
  9. 05:15Shooting Drop Data
  10. 05:31Using Ballistics Software (G7.com)
  11. 06:03Printing the Drop Chart
  12. 06:27Verifying 200-Yard Zero
  13. 06:45Shooting at 500 Yards
  14. 07:24Confirming 500-Yard Distance
  15. 08:18Analyzing 500-Yard Group
  16. 08:43Target at 950 Yards
  17. 09:04Dialing for 950 Yards
  18. 09:15Shooting at 950 Yards
  19. 09:57Analyzing 950-Yard Group
  20. 10:32Adjusting Ballistic Profile
  21. 11:08Returning to the Shop
  22. 11:14Creating a Ballistic Profile
  23. 11:37Back to the Hunt: Wyoming Antelope
  24. 12:27Chad's 250-Yard Shot
  25. 13:10Chad's First Pronghorn
  26. 13:34Gunwerks Crew in the Field
  27. 14:03Chad's Pronghorn Trophy
  28. 15:18Craig's Turn to Hunt
  29. 15:46Day Two in Wyoming
  30. 16:08Spotting Craig's Buck
  31. 16:48Stalking the Buck
  32. 17:30Missed Shot Opportunity
  33. 18:18Craig's Shot at 481 Yards
  34. 18:51Craig's Pronghorn Down
  35. 19:25Analyzing Craig's Shot
  36. 19:59Craig's Pronghorn Trophy
  37. 20:25Shot Distance Confirmation
  38. 20:33Shot Placement Analysis
  39. 21:03Hunting Apparel and Sponsors
  40. 21:25Backflip Attempt
  41. 21:43Conclusion

Frequently Asked Questions

How do you develop ballistic data for custom turrets?

To develop ballistic data for custom turrets, start by inputting your rifle's specifications, bullet details (like BC and velocity), and environmental conditions into a ballistics program. Then, shoot at known distances to collect actual bullet drop data, measure the deviations, and use this information to refine the ballistic profile for your turret.

What are the key steps in setting up a factory rifle for long-range shooting?

Setting up a factory rifle for long-range shooting involves several steps: ensuring proper zero, shooting for drop data at various distances, using ballistics software to calculate trajectories, and finally, creating a custom ballistic turret based on the gathered data to compensate for bullet drop.

What environmental factors affect bullet trajectory?

Key environmental factors affecting bullet trajectory include altitude, temperature, and wind. Higher altitudes and warmer temperatures can cause bullets to drop less, while wind can push the bullet significantly off course. Accurate ballistic calculations account for these variables.

How accurate can a factory rifle be when set up for long-range shooting?

With proper setup and data collection, even factory rifles can achieve impressive accuracy. In this video, a Gunwerks rifle demonstrated sub-minute-of-angle (MOA) performance at 950 yards, shooting groups around 2.5 inches, showcasing its potential for long-range hunting.

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