After building several prototypes, I an happy to announce the final model of the first DIY Air Blaster. What the hell, let's just call it the DIY-1, shall we?
DIY-1: Test Platform Edition. |
Oh goody! Lots of tiny parts! |
Using faucet washers, 3/16" diameter rod, and assorted parts, the valve design itself has been changed to allow placement in PVC fittings all the way down to a 1/2" tee, which provides flexibility for future variations of this design. The pressure gauge assembly will be replaced with a simple PVC bushing and a pressure relief valve, to ensure design safety. The dual action bike pump only needs 3 cycles to power darts 100'+ in the current design. However, following a few more modifications, it can be replaced with a homemade pump, a variation of which can be found HERE.
And they assemble so nicely... |
A suitable springer design is also in the works, so don't worry about there only being air blasters. In addition, since this is a DIY project, all instructions and related materials will be available for free online - I hope to merely provide an easy way to get all the necessary parts together for a low price.
Happy Thanksgiving!
Clever idea, will look at the kickstarter page. Does it take hoppers?
ReplyDeleteClever idea, will look at the kickstarter page. Does it take hoppers? gbwhatsapp apk
ReplyDeleteUsing faucet washers, 3/16" diameter rod, and assorted parts, the valve design itself has been changed to allow placement final year projects for computer science
ReplyDeletein PVC fittings all the way down to a 1/2" tee, which provides flexibility for future variations of this design. IEEE projects for cse
The pressure gauge assembly will be replaced with a simple PVC bushing and a pressure relief valve, to ensure design safety. The dual action bike pump only needs 3 cycles to power darts 100'+ in the current design. However, following a few more modifications, it can be replaced with a homemade pump, a variation of which can be found HERE.