Just released at H&L publishing, a new downloadable ebook on the European shotguns of the 19th century.
You will find the downloading page here: http://www.hlebooks.com/ebook/lefauen.htm
Many other ebooks on various firearms are available here : http://hlebooks.com
Content of the ebook :
Field dismounting of the Webley Mark VI revolver
- Field dismounting
- Webley Mk VI Parts
Dismounting the barrel assembly
- Dismounting the cam lever
- Dismounting the hinge pin
- Dismounting the ejector lever
- Dismounting the cylinder retainer
- Dismounting the front sight blade
Dismounting of the frame assembly
- Dismounting the grip plates
- Dismounting the main spring
- Dismounting the rebound lever
- Dismounting the hammer and trigger
- The J. Carter safety
- Dismounting the secondary cylinder stop
- Dismounting the barrel latch
- Dismounting the breech shield
Typical features of the Webley Mark VI revolver
- The hinged frame design
- The reinforced barrel latch
- Firing the gun with the barrel latch not yet closed
- The service revolvers of the days
- The Webley extracting system
- Functioning of the cylinder cam lever
- Animated sequence of the extraction cycle
- The perfect freedom of the cylinder
- The fouling path
The lock operation of the Webley Mark VI
- Webley lock - five limps
- French Model 1873 - lock with nine limbs
- Single action mode explained
- Animated sequence of the single action mode
- Double action mode explained
- Animated sequence of the double action mode
- The cylinder rotation
- The cylinder locking
- The hammer rebounding
The early English regulation percussion revolvers
- The London great international exhibition of 1851
- The Colt percussion revolver
- The cartridges of the combustible "skin" type
- The self-cocking Adams revolver of 1851
- The Adams solid frame construction
- The Adams bullet with spike
- The "hesitation action"
- The Beaumont multi-mode mechanism
- James Kerr's lever-rammer
The early English regulation centerfire revolvers
- The boxer-type metallic self-contained cartridge
- John Adams conversion of the Beaumont Adams
- .450 Adams Mk I
- .450 Adams Mk II
- .450 Adams Mk III
- John Adams Mark II revolver
- John Adams Mark III revolver
The Enfield .476 regulation revolver
- The Enfield Mark I, II, III cartridges
- The revolver Enfield, Mark I
- The Enfield self-extracting system
- The revolver Enfield, Mark II
- The feature that distinguishes the Enfield Mark I from the Mark II
- The lock of the Warnant type
The Webley revolver Mark I
- How the Mark I is easily recognized
- Breech shield integral with the frame
- The Webley Mark I * revolver
- The cylinder in the Mark I
- The Mark I specific extractor camming lever
- The Mark I hammer catch spring
- The .442 revolver cartridge
- The .455 Webley Mark I black powder cartridge
- The Webley Mark I .455 cartridges with Mark I cordite
- The Webley Mark I ** revolver
The Webley revolver Mark II
- The Webley Mark II specific features
- The Mark II * variation
- The .455 Webley Mark II cartridge
The Webley revolver Mark III
- The new cylinder mechanism designed by W.J. Whiting
- Commercial Webley Mark III in caliber .38
- Mark III revolver with half-cock feature
- The cylinder retaining system variations
- The extra set of cylinder locking notches
- The .455 Webley Mark III cartridge
The Webley revolver Mark IV & V
- The hammer spur
- The cylinder retaining system
- The broader stop notches of the cylinder
The percussion shotguns of the 19th century
- External features of a percussion shotgun
- Basic drawbacks of the percussion system
- Shooting with a percussion gun
- Various designs for black powder flasks and shot pouches
- Vintage cap dispenser
Dismounting of a vintage percussion shotgun
- Separating the barrel from the fore-end
- Breech area with two locking hooks at the rear
- Removal of the frame from the stock
- Linking screw between the two lock plates
- Dismounting of the locks
- Dismounting of the guard plate
Disassembling and explanation of the lock
- A lock that is called "forward" lock
- Typical flint lock mechanism
- Complete dismounting of the lock
- Compression of the main spring using a specific hand vise
- Sear spring at the rear of the plate
- Two-pillar bridle retained by three screws
- Tumbler and bridle arrangement
- Bridle with one, two, three or four pillars
- Squared and slightly conical shank of the bridle
- Hammer created out of a forging piece
- Hammer produced by metal casting (industrial era)
- Exploded view of the lock components
Dismounting and explanation of the trigger mechanism
- Dismounting of the trigger assembly
- Trigger mechanism just after its removal from the stock
- Trigger mechanism after a thorough cleaning
- Removal of the trigger spring retaining screw
- Removal of the triggers
- Exploded view of the trigger mechanism
- Functioning of the trigger mechanism
- First notch acting as a safety notch
- Hammer at full-cock notch
- Lock mechanism ready for firing
- Analysis of a "forward" lock of the industrial era
- Flint lock mechanism without bridle
- Exploded view of the industrial lock components
The beginning of the breech loading system
- Flintlock guns loaded through the breech
- The centerfire rifle of Samuel Pauly
- Samuel Pauly's self-contained cartridge
- Shotgun of the Pauly pattern made by Robert
- The pinfire shotgun of Casimir Lefaucheux
- Casimir Lefaucheux French patent #5525 of 1833
- Early Casimir Lefaucheux shotgun
Lefaucheux shotgun with "not detachable" barrel
- Lefaucheux shotgun of the early period
- Study of a pinfire shotgun carrying a "not detachable" barrel
- M.J. ANDRE qualified gunsmith at CHARLEROI (Belgium)
- Fore-end screwed to the barrel lump
- Dismounting of the barrel
- Pivot pin extremity carrying a locking wing
- Barrel lump area with hinge ring
- Post with bevel to force the breech opening
- The barrel markings
- The barrel fabrication
- Some types of Damascus steel used for gun barrels
- The Damascus external look copied (fake Damascus)
- Barrel chamber's features
- Early barrel chamber with an abrupt cartridge abutment
- Later barrel chamber with a smooth conical cartridge abutment
The "rearward" lock explained
- Why to create a "rearward" lock?
- "Rearward" lock design of a pinfire shotgun
- "Forward" lock installed in a modern middle range shotgun
- Dismounting and disassembling of a "rearward" lock
- Main spring and sear spring positioned in the lock's rear tang
- Exploded view of the pinfire lock components
Functioning of the "rearward" lock
- Safety notch and cock notch
- Tumbler's rotation blocked by the upper pillar of the bridle
- Analysis of a "rearward" lock of industrial design
- Exploded view of the lock components
Lefaucheux shotguns using two locking levers
- Articulated fore-end created by Casimir Lefaucheux
- "Lepage" dismounting lever
- Dismounting of the barrel
- Barrel's features
- French Saint-Etienne proof markings
Takedown of the Lefaucheux two-lever frame
- Dismounting of the fore-end and barrel bolt
- Hinge pin partly merged with the frame
- Extractor device for pinfire cartridge
- How to dismount the barrel bolt
- Barrel bolt retaining screw locked by a tiny counter-screw
- Friction spring on the upper face of the bolt lever
Dismounting and explaining the Lefaucheux bolt
- Disassembling of the barrel bolt
- Hexagonal foot of the bolt with circular friction spring
- Exploded parts of the bolt
- How the T bolt is acting on the barrel lump
Dismounting the frame and locks
- Dismounting of the frame
- Dismounting of the guard plate
- Dismounting of the locks
- Details about the lock construction
- The main drawback of the "rearward" locks
Lefaucheux shotgun with "Beringer" bolt lever (I)
- Dismounting of the barrel
- Disassembling of the fore-end
Lefaucheux shotgun with Beringer bolt lever (II)
- Analysis of the barrel
- Analysis of the locks
- Tightening of the hammer on the tumbler's shank
- Adjustment of a lock that does not keep the hammer at full-cock
How to revive your vintage pinfire shotgun
- Make brand new shotgun cartridges with brass case
You will find the downloading page here: http://www.hlebooks.com/ebook/lefauen.htm
Many other ebooks on various firearms are available here : http://hlebooks.com
Content of the ebook :
Field dismounting of the Webley Mark VI revolver
- Field dismounting
- Webley Mk VI Parts
Dismounting the barrel assembly
- Dismounting the cam lever
- Dismounting the hinge pin
- Dismounting the ejector lever
- Dismounting the cylinder retainer
- Dismounting the front sight blade
Dismounting of the frame assembly
- Dismounting the grip plates
- Dismounting the main spring
- Dismounting the rebound lever
- Dismounting the hammer and trigger
- The J. Carter safety
- Dismounting the secondary cylinder stop
- Dismounting the barrel latch
- Dismounting the breech shield
Typical features of the Webley Mark VI revolver
- The hinged frame design
- The reinforced barrel latch
- Firing the gun with the barrel latch not yet closed
- The service revolvers of the days
- The Webley extracting system
- Functioning of the cylinder cam lever
- Animated sequence of the extraction cycle
- The perfect freedom of the cylinder
- The fouling path
The lock operation of the Webley Mark VI
- Webley lock - five limps
- French Model 1873 - lock with nine limbs
- Single action mode explained
- Animated sequence of the single action mode
- Double action mode explained
- Animated sequence of the double action mode
- The cylinder rotation
- The cylinder locking
- The hammer rebounding
The early English regulation percussion revolvers
- The London great international exhibition of 1851
- The Colt percussion revolver
- The cartridges of the combustible "skin" type
- The self-cocking Adams revolver of 1851
- The Adams solid frame construction
- The Adams bullet with spike
- The "hesitation action"
- The Beaumont multi-mode mechanism
- James Kerr's lever-rammer
The early English regulation centerfire revolvers
- The boxer-type metallic self-contained cartridge
- John Adams conversion of the Beaumont Adams
- .450 Adams Mk I
- .450 Adams Mk II
- .450 Adams Mk III
- John Adams Mark II revolver
- John Adams Mark III revolver
The Enfield .476 regulation revolver
- The Enfield Mark I, II, III cartridges
- The revolver Enfield, Mark I
- The Enfield self-extracting system
- The revolver Enfield, Mark II
- The feature that distinguishes the Enfield Mark I from the Mark II
- The lock of the Warnant type
The Webley revolver Mark I
- How the Mark I is easily recognized
- Breech shield integral with the frame
- The Webley Mark I * revolver
- The cylinder in the Mark I
- The Mark I specific extractor camming lever
- The Mark I hammer catch spring
- The .442 revolver cartridge
- The .455 Webley Mark I black powder cartridge
- The Webley Mark I .455 cartridges with Mark I cordite
- The Webley Mark I ** revolver
The Webley revolver Mark II
- The Webley Mark II specific features
- The Mark II * variation
- The .455 Webley Mark II cartridge
The Webley revolver Mark III
- The new cylinder mechanism designed by W.J. Whiting
- Commercial Webley Mark III in caliber .38
- Mark III revolver with half-cock feature
- The cylinder retaining system variations
- The extra set of cylinder locking notches
- The .455 Webley Mark III cartridge
The Webley revolver Mark IV & V
- The hammer spur
- The cylinder retaining system
- The broader stop notches of the cylinder
The percussion shotguns of the 19th century
- External features of a percussion shotgun
- Basic drawbacks of the percussion system
- Shooting with a percussion gun
- Various designs for black powder flasks and shot pouches
- Vintage cap dispenser
Dismounting of a vintage percussion shotgun
- Separating the barrel from the fore-end
- Breech area with two locking hooks at the rear
- Removal of the frame from the stock
- Linking screw between the two lock plates
- Dismounting of the locks
- Dismounting of the guard plate
Disassembling and explanation of the lock
- A lock that is called "forward" lock
- Typical flint lock mechanism
- Complete dismounting of the lock
- Compression of the main spring using a specific hand vise
- Sear spring at the rear of the plate
- Two-pillar bridle retained by three screws
- Tumbler and bridle arrangement
- Bridle with one, two, three or four pillars
- Squared and slightly conical shank of the bridle
- Hammer created out of a forging piece
- Hammer produced by metal casting (industrial era)
- Exploded view of the lock components
Dismounting and explanation of the trigger mechanism
- Dismounting of the trigger assembly
- Trigger mechanism just after its removal from the stock
- Trigger mechanism after a thorough cleaning
- Removal of the trigger spring retaining screw
- Removal of the triggers
- Exploded view of the trigger mechanism
- Functioning of the trigger mechanism
- First notch acting as a safety notch
- Hammer at full-cock notch
- Lock mechanism ready for firing
- Analysis of a "forward" lock of the industrial era
- Flint lock mechanism without bridle
- Exploded view of the industrial lock components
The beginning of the breech loading system
- Flintlock guns loaded through the breech
- The centerfire rifle of Samuel Pauly
- Samuel Pauly's self-contained cartridge
- Shotgun of the Pauly pattern made by Robert
- The pinfire shotgun of Casimir Lefaucheux
- Casimir Lefaucheux French patent #5525 of 1833
- Early Casimir Lefaucheux shotgun
Lefaucheux shotgun with "not detachable" barrel
- Lefaucheux shotgun of the early period
- Study of a pinfire shotgun carrying a "not detachable" barrel
- M.J. ANDRE qualified gunsmith at CHARLEROI (Belgium)
- Fore-end screwed to the barrel lump
- Dismounting of the barrel
- Pivot pin extremity carrying a locking wing
- Barrel lump area with hinge ring
- Post with bevel to force the breech opening
- The barrel markings
- The barrel fabrication
- Some types of Damascus steel used for gun barrels
- The Damascus external look copied (fake Damascus)
- Barrel chamber's features
- Early barrel chamber with an abrupt cartridge abutment
- Later barrel chamber with a smooth conical cartridge abutment
The "rearward" lock explained
- Why to create a "rearward" lock?
- "Rearward" lock design of a pinfire shotgun
- "Forward" lock installed in a modern middle range shotgun
- Dismounting and disassembling of a "rearward" lock
- Main spring and sear spring positioned in the lock's rear tang
- Exploded view of the pinfire lock components
Functioning of the "rearward" lock
- Safety notch and cock notch
- Tumbler's rotation blocked by the upper pillar of the bridle
- Analysis of a "rearward" lock of industrial design
- Exploded view of the lock components
Lefaucheux shotguns using two locking levers
- Articulated fore-end created by Casimir Lefaucheux
- "Lepage" dismounting lever
- Dismounting of the barrel
- Barrel's features
- French Saint-Etienne proof markings
Takedown of the Lefaucheux two-lever frame
- Dismounting of the fore-end and barrel bolt
- Hinge pin partly merged with the frame
- Extractor device for pinfire cartridge
- How to dismount the barrel bolt
- Barrel bolt retaining screw locked by a tiny counter-screw
- Friction spring on the upper face of the bolt lever
Dismounting and explaining the Lefaucheux bolt
- Disassembling of the barrel bolt
- Hexagonal foot of the bolt with circular friction spring
- Exploded parts of the bolt
- How the T bolt is acting on the barrel lump
Dismounting the frame and locks
- Dismounting of the frame
- Dismounting of the guard plate
- Dismounting of the locks
- Details about the lock construction
- The main drawback of the "rearward" locks
Lefaucheux shotgun with "Beringer" bolt lever (I)
- Dismounting of the barrel
- Disassembling of the fore-end
Lefaucheux shotgun with Beringer bolt lever (II)
- Analysis of the barrel
- Analysis of the locks
- Tightening of the hammer on the tumbler's shank
- Adjustment of a lock that does not keep the hammer at full-cock
How to revive your vintage pinfire shotgun
- Make brand new shotgun cartridges with brass case