Reader Joe kindly sent through photos of his .45 cal Philadelphia derringer made from a kit I blogged about some time ago.
It looks great!
Here are four pics of the derringer I built in 1978 at age 19. I colored the wood by staining with a Minwax walnut and then handrubbing linseed oil over it. I did not cold blue the barrel. For some reason I inlaid the side brass pieces where the pin comes through the barrel and stock.
Thanks Joe.
If anyone else has unique, custom, interesting or a firearm with a good story. Please send pictures through!
The blackpowder cannon enthusiasts over at the Graybeard forums came up with some amazing pieces of artillery.
CU_Cannon built the “Nano-mortar”. It fires .177″ BBs. The bed it sits on is 1″ long.
Click to expand the images.
The Nano-mortar
Here is a video of it in action
Blueprints
Cal.45 built a 3mm mortar called the “Pico “Mortar”
The “Pico Mortar”
The pico mortar was build solely with a drill-press, some files and emery paper. It fires 3mm shot pellets (0.118 inch diameter) and has a maximum load of 0.2 grains of blackpowder. It has a barrel length of 8mm (0.315″) and can fire 6 meters (20 feet)
Anyways. I started with a load of about 0.2gr Swiss #2 but this did just a sizzling sound, so from the next shots on I used Swiss #1 (which is even finer in granulation: about 0.011 to 0.015 inch) which produced a nice snapping. Cheesy.
The touch hole is 0.5 millimeters = close to 0.02 inch (that makes it about 16% of the bore diameter (if one may still call it so).
Priming was done by filling the touch hole granule by granule; sweaty hands help maneuvering these tiny particlesin place.
First I wanted to enlarge the touch hole to fuse diameter and keep the rest at the smaller diameter (to keep some pressure) but the wall thickness is that small, that this wasnot possible.
Ignition with a lighter proofed to be better than trying to do it with a match: the flame produces soot but therefore does not function (kept them as size reference on the photo though).
Whatever. At first I thought that the shot would barely leve the muzzle: wrong!
Firing from the kitchen table I shot dimples into the door! This was 2.5 meters (8.2 feet) away! By the trajectory (angle of the mortar and height of impact) this means an estimated firing distance of 6 meters (about 20 feet): I would never have guessed this to be possible with a piece that has a barrel length of just 8 millimeters (0.315 inch).
The “Pico Mortar” being fired
“Pico Mortar” blueprints
Rickk built the “Nano Cannon”
The “Nano Cannon”
Now I know what only the others who have made one know… what the tremendous roar they make sounds like Grin
Bore is 3/16 (.186), so it will take a BB. Fuse is 5/64, so it will takes 1/16 fuse.
Trunions, as well as cascable, are 3/16 inch steel rod pressed into shallow 3/16 holes and then brazed in place.
All the work was done on my drill press, with some help from an angle grinder and a file for shaping.
It needs a pit more polishing, but I just couldn’t wait to fire it ! Total time into is so far is about 2 hours.
The “Nano Cannon” with carriage
I found the smoldering paper towel pieces about 15 feet away, and the gun recoils back about 6 inches!
BTW, for BB caliber, Q-tips make excellent cleaning rods.
Terry C. built the the very first micro-gonne. A hand gonne is a hand held cannon. It fires #4 buckshot.
the micro-gonne
The micro hand gonne being fired. Note the wooden rod attached.
Th Box O’ Truth have published a two part article on the building and shooting of a 1970’s blackpowder .45 cal Philadelphia Derringer kit.
“Here’s the deal. I have a new in the box, 30 year old (warranty card dated 1978), .45 cal, Philadelphia Derringer kit. This is one of those CVA build it yourself jobs. It even comes with 100 .45 cal lead balls.
I will send this to you absolutely free, but, here is the catch, (you knew there was a catch) you must build it and after it is complete you have to take it out and touch this bad boy off! Fire for effect…
There is ‘big bore’ and then there is the 2 bore. Schroeder & Hetzendorfer make a cartridge called the S&H 2 Bore Blackpowder Express.
These photos are amazing
.700 nitro express next to 2 bore and 3500 grain bronze solid
.500 S&W, .45-70, .700 Nitro Express, 2 bore
The caliber equivalent of 2 bore (’bore’ is generally interchangeable with ‘gauge’ in regard to caliber) is 1.326″ or 33.68mm! Thebronze solid bullet weights 3500 grain / 1/2 pound / 226.80 grams!
While technically fired from a rifle these are more like massive shotgun slugs: a heavy projectile at a low velocity. The 2500 grain bronze solid leaves the barrel at 1500 ft/s and with 17487 ft·lb of energy.
Apart from the nerve destroying recoil, heavy rifle, heavy ammo and expense these big bullets slow down dramatically after entering the game and hitting bone. A problem when hunting elephant.
They even come bigger than this. The 1 bore has a caliber of 1.67″. The A Guage/Bore, about 2″, was used for punt guns.
CMMG have announced an .50 Black Powder AR-15 Upper!
To fire, the powder charge and bullet are loaded via a ramrod. Using a standard magazine with a single shot follower, an unloaded 5.56 case is loaded into the mag, inserted in magazine well and loaded just like a standard rifle.
Once the rifle is fired, the empty brass is ejected manually and then reloaded.
…
It is a modified .223 case that uses a 209 primer. Currently .50 cal. Should have pricing and other specs tomorrow.
Interesting! As one commenter said
Can you imagine the face of an unsuspecting
game warden the first time he runs across these..
They have yet to announce pricing.
UPDATE
This isn’t a loaded case, it is a 209 primer in a piece of .223 brass. There is no way a live round or a blank will load into the “chamber”.
UPDATE
A video of it in action. Actually, it looks pretty good.
The question of whether a static electric spark can set of black powder has been debated for a while, and I recall hearing of some previous experiments showing that it could not. Since I am involved in the design of a BP breechloader which is to be electrically fired, I resolved to put the matter to test in two experiments.
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