Day 10

Published on December 28, 2022
Duration: 10:14

This video details a shot shell reloading experiment focused on understanding how different wad materials and configurations affect shot column alignment and projectile velocity. The instructor systematically tests combinations of felt, cork, and rigid card wads in 20-gauge hulls, aiming to gain knowledge for future tungsten shot loads. The process involves careful component selection, precise loading techniques using specialized tools, and meticulous crimping for consistent results.

Quick Summary

This shot shell reloading experiment focuses on understanding how different wad materials like felt, cork, and rigid nitro cards, along with hull length variations, impact projectile velocity. The goal is to build expertise for loading tungsten shot, with techniques involving precise wad seating and consistent roll crimping.

Chapters

  1. 00:00Introduction: Goal of Tungsten Shot Reloading
  2. 00:05Current Progress: Loading Lead Shot
  3. 00:15Problem: Lack of Tungsten Reloading Knowledge
  4. 00:24Experimenting with Lead Shot Components
  5. 00:35Last Video's Interesting Results
  6. 00:41Hull Length and Wad Thickness Impact
  7. 00:52Felt Wad Combinations and Velocity
  8. 00:64Hypothesizing Velocity Differences
  9. 00:69New Combinations and Tests
  10. 00:79Testing Cork Wads vs. Felt Wads
  11. 00:91Testing Full Length Hulls with Roll Crimps
  12. 01:07Test Setup and Organization
  13. 01:13Testing with WAA12R Equivalent Wad
  14. 01:34Loading Plan: Three of Each
  15. 01:38Time Constraints and Next Steps
  16. 01:43Target Frame Construction
  17. 01:48More Planned Interesting Tests
  18. 01:58Testing Stacked Cork Wads
  19. 01:70Testing Felt, Cork, and Nitro Card Combinations
  20. 01:85Hypothesis: Rigid Wads Retain Velocity
  21. 01:96Variation: Two Nitro Cards and a Cork
  22. 02:15Concerns with Seating Rigid Wads
  23. 02:27Introducing Rigid Stuff
  24. 02:33Worrying Combination: Two Corks and Two Nitros
  25. 02:44Shot Imprinting on Rigid Wads
  26. 02:57Importance of Soft Compressible Materials
  27. 02:6916 Gauge Card Wads as an Intermediate Option
  28. 02:81Need for 20 Gauge Card Wads
  29. 02:89Ordering Components and Buffer
  30. 03:07Accelerating Testing with New Parts
  31. 03:12Using Lee Perfect Powder Measure
  32. 03:17Powder Charging and Weighing Process
  33. 03:26Adjusting Powder Charges
  34. 03:38Handling Errors in Powder Charging
  35. 03:44Wad Seating with Lee Load All Press
  36. 03:52Adjusting Wad Seater for 3-Inch Hulls
  37. 03:57Checking Wad Fit
  38. 03:66Observing Crush Section Collapse
  39. 03:81Force Gauge on Mech Presses vs. Lee Press
  40. 03:91Applying Force to Wad Seating
  41. 03:97Using Pokey Stick and Ratchet for Wad Placement
  42. 04:06Ratchet for Final Compression
  43. 04:11Efficiency with Cork Wads and Ratchet
  44. 04:23Even Job with Ratchet Handle
  45. 04:31Shot Placement with WAA-12R Wad
  46. 04:38TSS vs. Lead Shot Containment
  47. 04:44Shell Assembly and Overshot Cards
  48. 04:56Challenges with Roll Crimping Free-Floating Shot
  49. 04:61Seating Overshot Cards Evenly
  50. 04:72Dealing with Crooked Overshot Cards
  51. 04:74Mistakes with Lead vs. Tungsten
  52. 04:88Re-weighing Shells for Accuracy
  53. 04:92Benefit of Making Mistakes with Lead
  54. 04:98Ensuring All Components Are Accounted For
  55. 05:04Crimper Ready
  56. 05:09Roll Crimping Process
  57. 05:39Appearance of Long Hull Roll Crimps
  58. 05:48Hull End Pressing Against Overshot Card
  59. 05:53Crimp Laying In
  60. 05:58Impact of Skived vs. Unskived Hulls
  61. 05:66Problem with Roll Crimping Long Hulls
  62. 05:72Consistent Problem with TPS Wad Shells
  63. 05:78Trimmed Hull Roll Crimps Look Great
  64. 05:86Technique Improvement and Satisfaction
  65. 05:91Finished Shells Ready for Testing
  66. 05:97New Target Frame and Testing
  67. 06:05Conclusion and See You Tomorrow

Frequently Asked Questions

What is the primary goal of the shot shell reloading experiment shown in the video?

The primary goal is to gain enough knowledge and experience in shot shell reloading to feel comfortable loading tungsten shot, specifically for turkey loads. This involves understanding how different components affect projectile velocity and performance.

Which wad materials are being tested for their impact on shot shell velocity?

The experiment tests various wad materials including 1/4 inch felt wads, 1/8 inch cork wads, and rigid 'maxi nitro card wads'. Combinations of these materials are used to observe their effects on shot column alignment and velocity.

How does hull length affect the reloading process and crimp?

The video demonstrates that using full-length 3-inch hulls with roll crimps can lead to the hull end pressing against the overshot card, potentially affecting the crimp's appearance. Trimmed hulls generally result in cleaner and more consistent roll crimps.

What tools are used for ensuring consistent wad seating and compression?

The reloading process utilizes a wad seater on a press for initial seating and a ratchet mechanism for final, consistent compression of the wads. This ensures uniformity in the loaded shells.

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