Kammerlader Revisited with Anvil Gunsmithing

Published on December 4, 2019
Duration: 20:26

This video details the extensive gunsmithing work performed by Mark Novak of Anvil Gunsmithing on a 1857 Norwegian Kammerlader rifle. The restoration involved addressing significant rust, fabricating replacement parts like the nipple and front sight, repairing severe stock damage with metal reinforcement, and re-bluing the firearm. The process highlights the challenges of maintaining antique firearms, particularly those used with black powder, and the dedication required to bring them back to functional condition.

Quick Summary

The 1857 Norwegian Kammerlader utilizes a pillar breech system where the projectile is seated on a pillar within the barrel and then 'jumped' into the rifling by a heavy ramrod. Restoration of these firearms involves addressing rust, fabricating parts, and reinforcing damaged stocks to ensure functionality and historical integrity.

Chapters

  1. 00:00Introduction with Mark Novak
  2. 00:49Norwegian Kammerlader Restoration
  3. 01:31Flintlock to Percussion Conversion
  4. 02:23Pillar Breech Mechanism Explained
  5. 03:37Rifle Condition and Stock Issues
  6. 04:00Comparing Norwegian Rifle Stocks
  7. 05:05Kammerlader History and Operation
  8. 05:36Underhammer Design
  9. 06:05Manual of Arms and Safety
  10. 06:37Repairing the Stock
  11. 06:57Restoration Process: Rust Removal and Refurbishment
  12. 07:15Rust Bluing and Character Preservation
  13. 07:42Kammerlader Rarity and Value
  14. 08:01Norwegian Service Arms Longevity
  15. 09:11Black Powder Corrosion Issues
  16. 09:30Muzzle Refurbishment
  17. 09:55Front Sight Modification for Glare Reduction
  18. 11:31Service Load Ammunition Details
  19. 12:25Shoutout to Reproduction Accessory Maker
  20. 13:15Pleasure of Bringing the Rifle Back
  21. 14:21Biggest Restoration Challenges
  22. 14:58Chamber Repair with Tool Steel Liner
  23. 15:10Nipple Replacement
  24. 15:26Rust Bluing and Character
  25. 16:10Stock Recoil Load Analysis
  26. 16:33Powder Charge and Velocity
  27. 17:35Sights Calibrated for Long Range
  28. 17:51Accuracy and Barrel Condition
  29. 18:02Ballistic Comparison: Slug Shotgun
  30. 18:22Thank You and Channel Subscriptions
  31. 18:47Future Video Plans
  32. 19:13Advice for Antique Firearm Owners
  33. 19:45Conclusion and Future Hunts

Frequently Asked Questions

How does the pillar breech system of the Norwegian Kammerlader work?

The pillar breech system in the Kammerlader features a pillar extending from the bottom of the breech into the barrel. The projectile is loaded onto this pillar and then 'jumped' into the rifling by the heavy ramrod, ensuring engagement with the barrel's grooves for accuracy.

What were the main challenges in restoring the 1857 Norwegian Kammerlader?

Key challenges included significant rust and pitting from black powder use, severe stock damage due to recoil stresses, and the need to fabricate replacement parts like the nipple and front sight. The deep action also made stock repair complex.

What kind of ammunition is used in the Norwegian Kammerlader?

The Kammerlader is loaded with approximately 100 grains of Swiss 1 F black powder, a 600+ grain soft lead projectile, a paper gas check ('sabo'), and ignited with a percussion cap. This load achieves around 1,400 fps and 2,000 ft-lbs of energy.

Why is maintaining antique black powder firearms important?

Maintaining antique firearms is crucial because black powder residue can create sulfuric acid, leading to severe corrosion. Proper cleaning and restoration, like rust bluing and part fabrication, preserve these historical pieces for future generations.

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