My original plan for the build off was to use an er2, but after some research most of the modifications I could do require 3d printing. In the interest of doing something more hands on I'm going to be messing around with my bin of tigersharks.
My plan is to use as much scrap as I can. I have a collection of some pretty beat up tigershark parts, a pile of scrap aluminum for the lever action assembly and a pbdna feed I managed to snap the clamping section of. Odds are the only pieces I'll be spending any money on are the wood for the body, and maybe a CO2 changer if I can't drum one up.
I haven't done any real wood-working in years, so my plan is to use the block of wood pictured to determine the best way to fit the tigershark body into the wood and make a functional trigger assembly, then move forward with a larger piece I can make into a pirate/sawed off assembly. Worst case scenario I've got a trigger frame I can sacrifice, and I'll just use that as a 'tray' inside the wooden body.
Once I've got the body mounted I'll be approaching the lever and figuring out how to squeeze it into the assembly.
My plan is to use as much scrap as I can. I have a collection of some pretty beat up tigershark parts, a pile of scrap aluminum for the lever action assembly and a pbdna feed I managed to snap the clamping section of. Odds are the only pieces I'll be spending any money on are the wood for the body, and maybe a CO2 changer if I can't drum one up.
I haven't done any real wood-working in years, so my plan is to use the block of wood pictured to determine the best way to fit the tigershark body into the wood and make a functional trigger assembly, then move forward with a larger piece I can make into a pirate/sawed off assembly. Worst case scenario I've got a trigger frame I can sacrifice, and I'll just use that as a 'tray' inside the wooden body.
Once I've got the body mounted I'll be approaching the lever and figuring out how to squeeze it into the assembly.
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