London-Made Lorenzonis Repeating Flintlocks

Published on August 26, 2016
Duration: 10:21

This video explores a rare pair of London-made Lorenzoni repeating flintlock pistols from the mid-18th century. It details the Kalthoff-derived system refined by Lorenzoni, which uses internal magazines and a lever to load multiple rounds (5-8) without manual reloading. The complex mechanism, manufactured by gunsmiths like Glass, required extreme precision to avoid dangerous flashovers.

Quick Summary

Lorenzoni repeating flintlock pistols, refined by Michele Lorenzoni in the 1660s, allowed 5-8 shots without manual reloading. A lever-operated spindle cycled internal powder and ball magazines, but required precise manufacturing to prevent dangerous 'flashovers'.

Chapters

  1. 00:00Introduction to Lorenzoni Repeating Flintlocks
  2. 00:33Historical Origins of the System
  3. 01:32The Glass London Pair
  4. 02:09Mechanical Operation Explained
  5. 03:48Loading Cycle Details
  6. 05:35Priming Mechanism
  7. 07:43Safety and Manufacturing Challenges

Frequently Asked Questions

What is a Lorenzoni repeating flintlock pistol?

A Lorenzoni repeating flintlock pistol is a rare antique firearm, typically from the 17th-18th centuries, featuring an internal magazine system that allows for multiple shots (5-8) without manual reloading of powder and ball between each firing.

How does the Lorenzoni repeating system work?

The system uses a central rotating spindle and a loading lever. Rotating the lever cocks the hammer, closes the frizen, and cycles the internal magazines to load a ball and powder charge into the barrel's breech for each shot.

Who developed the Lorenzoni repeating system?

The system dates back to Kalthoff in the 1630s, but was significantly refined by Michele Lorenzoni in Florence during the 1660s. High-end gunsmiths like Glass and Cookson also produced variations.

What were the risks associated with Lorenzoni repeating flintlocks?

These firearms required extreme precision. If the internal brass spindle didn't fit perfectly, powder could leak, potentially causing a dangerous 'flashover' where the entire internal magazine would explode.

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