Re: Hello FFR, today we build an ITG pad
Good points! let me reply to what you said.
Everything except the bar is alluminium. I don't think it will ever be a problem
The bar is attached to two metal plates, which will be then tightly screwed to the wood with 6 bolts for each plate. the bar will also be locked at the level of the pads by a wooden structure which will incapsulate it. That will have to be tested, i can't say for sure now if my method will be stable enough, even though by the looks of it, it should be.
This is what bugged me tremendously about cobalt flux and this is why i came up with a radically different system. Screwing down the arrow is a terrible idea, in fact my arrow pads won't have any screws. They will be held in place by the small plates in the inner angles and from the outside by a tightly screwed alluminium bar. There will be a simple system to remove the arrow for mantainance, but in normal conditions it will always stay in place.
Well i hope it takes off 
Thanks for the support!
Good points! let me reply to what you said.
Everything except the bar is alluminium. I don't think it will ever be a problem
The bar is attached to two metal plates, which will be then tightly screwed to the wood with 6 bolts for each plate. the bar will also be locked at the level of the pads by a wooden structure which will incapsulate it. That will have to be tested, i can't say for sure now if my method will be stable enough, even though by the looks of it, it should be.
This is what bugged me tremendously about cobalt flux and this is why i came up with a radically different system. Screwing down the arrow is a terrible idea, in fact my arrow pads won't have any screws. They will be held in place by the small plates in the inner angles and from the outside by a tightly screwed alluminium bar. There will be a simple system to remove the arrow for mantainance, but in normal conditions it will always stay in place.
Thanks for the support!
I want ittttttt
Comment