PN2 PeaceMaker
Posted: Mon Jan 31, 2005 1:03 am
<div align="center">PN2 Peacemaker
Provided By - SPECTREnewyork
The creator of this cannon shall not be held responsible for any injuries received due to its construction or operation.
Here is my best cannon, enjoy, and as always, be safe! It requires a 1 inch inline sprinkler valve. I left mine unmodified, because I wanted to add an electrical safety to the cannon. You will need several feet of I and 2 inch pipe, and about 3 feet of 3 inch. The idea came from the Pneumatic Sniper Cannon, but I made it more powerful and then kinda got carried away…
Construction
Chamber: The chamber is 22 inches of 3 inch PVC, with a cap on one end, and reducers that take it down to a one inch male thread on the other. It has a Schrader valve, a 125 PSI pop-off, and a pressure gauge.
Stock: This is to toughest part to build, it may be big for some to hold, but it is designed to fit the size of a 6 foot tall person.
1 INCH FITTINGS
2x -90 degree elbows
2x -T Joints
4x -135 degree elbows
1x -Female Threaded Coupler
1x -Female Threaded Coupler
1 INCH PIPE LENGTHS
1x -8 inch
3x -4 inch
2x -6 inch
4x -2 inch
1x -2.25 inch
Golf ball barrel and “clip”: This was the worst part about building the cannon! Blood sweat and tears went into it… (No, not really; I am a big complainer)
Here is a rough description: The barrel is sleeved 2 inch pipe. On one end it has reducers to bring the internal bore down to 1 inch, and to allow for threading directly into the sprinkler valve. The “clip” is a length of non-sleeved 2 inch pipe with a cap on one end, and male threads on the other. This piece is filled with golf balls. It threads into a 2 inch testing tee. The tee is on the barrel towards the end. The internal layer runs through the tee, and the tee separates the external layer; the long part of the barrel from the part just by the reducers. Inside the tee, the internal layer is cut, to allow a ball to pass into it from the clip.
When loading, the tee and clip sub-assembly is rotated so that the hole is in line with the clip. When firing, the tee is rotated the opposite way so that the backside of the internal barrel layer seals off the tee. All parts were grounded down a bit, to allow for freer rotation.
Main Assembly
Buy some hose clamps and fabricate a small wooden spacer.
Electrics : They're the same as the ones on the Pneumatic Sniper Rifle.
This cannon is really powerful. It put a hole through a .75 inch piece of plywood (not pressboard), at 80 feet, and at 80 PSI.
Due to my busy schedule I have not been able to thoroughly test it. Hopefully, I will have chronograph data soon.
Provided By - SPECTREnewyork</div>
Provided By - SPECTREnewyork
The creator of this cannon shall not be held responsible for any injuries received due to its construction or operation.
Here is my best cannon, enjoy, and as always, be safe! It requires a 1 inch inline sprinkler valve. I left mine unmodified, because I wanted to add an electrical safety to the cannon. You will need several feet of I and 2 inch pipe, and about 3 feet of 3 inch. The idea came from the Pneumatic Sniper Cannon, but I made it more powerful and then kinda got carried away…
Construction
Chamber: The chamber is 22 inches of 3 inch PVC, with a cap on one end, and reducers that take it down to a one inch male thread on the other. It has a Schrader valve, a 125 PSI pop-off, and a pressure gauge.
Stock: This is to toughest part to build, it may be big for some to hold, but it is designed to fit the size of a 6 foot tall person.
1 INCH FITTINGS
2x -90 degree elbows
2x -T Joints
4x -135 degree elbows
1x -Female Threaded Coupler
1x -Female Threaded Coupler
1 INCH PIPE LENGTHS
1x -8 inch
3x -4 inch
2x -6 inch
4x -2 inch
1x -2.25 inch
Golf ball barrel and “clip”: This was the worst part about building the cannon! Blood sweat and tears went into it… (No, not really; I am a big complainer)
Here is a rough description: The barrel is sleeved 2 inch pipe. On one end it has reducers to bring the internal bore down to 1 inch, and to allow for threading directly into the sprinkler valve. The “clip” is a length of non-sleeved 2 inch pipe with a cap on one end, and male threads on the other. This piece is filled with golf balls. It threads into a 2 inch testing tee. The tee is on the barrel towards the end. The internal layer runs through the tee, and the tee separates the external layer; the long part of the barrel from the part just by the reducers. Inside the tee, the internal layer is cut, to allow a ball to pass into it from the clip.
When loading, the tee and clip sub-assembly is rotated so that the hole is in line with the clip. When firing, the tee is rotated the opposite way so that the backside of the internal barrel layer seals off the tee. All parts were grounded down a bit, to allow for freer rotation.
Main Assembly
Buy some hose clamps and fabricate a small wooden spacer.
Electrics : They're the same as the ones on the Pneumatic Sniper Rifle.
This cannon is really powerful. It put a hole through a .75 inch piece of plywood (not pressboard), at 80 feet, and at 80 PSI.
Due to my busy schedule I have not been able to thoroughly test it. Hopefully, I will have chronograph data soon.
Provided By - SPECTREnewyork</div>