Starting_A_New_Project
All:
I just bought a carbon fiber, 4500 PSI, 68 cubic inch, Air tank off Ebay.
Looking to mount the tank under the barrel, ahead of the trigger guard.
Will modify or build a new regulator for the tank to acheeve 2500 PSI outlet pressure.
Will then pipe the 2500 PSI to a 5 cubic inch chamber and valve assembly that mounts where the normal AF tank mounts.
The ultamate goal is high power (70 FPE in .25 cal.), regulated pressure, and many shots. I’ll optomise the valve for 2500 PSI operation, and the length of the barrel.
The 68 cubic inch , 4500 PSI tank should provide 3 or 4 times the capacity of the standard 34 cubic inch AF tank at about the same weight.
I can pipe the regulated air to the 5 cubic inch chamber using a capillary tube (a small O.D. copper tube with a .025 inch I.D.). Sence the 5 cubic inch chamber does all the work, I can fill it slowly through the capallary tube. This small tube will be easy to route from the under-the-barrel tank to the back of the 5 cubic inch, rear mounted, regulated chamber.
Its possable to add an adjustment knob to the regulator to allow for variable power.
The beauty of this arrangement is that can be a retrofit to any AF gun. Use the AF rail system to mount the carbon fiber tank and regulator. The 5 cubic inch regulated chamber and valve just screws into the rear of the gun where the normal tank goes, then connect the two with the small capallry tube.
Mark
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Akula the offset is for forward or back on the dovetail to get the scope right where you want it. Some dovetails are to far forward and you use this to move it back. Cuda