I
iammulva
Guest
I'm rebuilding carbs on '79 GS 1000. The o-rings and fasteners that I ordered seem like they will fit the bill nicely. I have top and bowl gaskets on the way too that I hope will work. That leaves me with one problem that others may have already experienced or will in the future.
There is a nylon spool looking thingy on the choke assembly that the choke lifter uses to lift the choke assembly (opens/closes the choke). Three of the four spools on my carbs are badly mangled. One is in perfect condition. Replacements are no longer available (from all the innernet searching and a few emails that I sent out) except: (1) another similar carb; (2) make your own. I believe I found a carb on eBay that has three good spools and one bad one so that solves my immediate problem. Since the spools are no longer available and since (I assume) the carbs are in reasonably short supply, trying to find used ones is going to become more and more difficult. Therefore, I was wondering if anyone has the know how to fabricate these spools? I have taken measurements and put together a diagram (attached) that should be accurate enough to work if machined to those measurements. These could be made from any durable material I would guess (e.g. brass, aluminum, stainless, etc).
There is a nylon spool looking thingy on the choke assembly that the choke lifter uses to lift the choke assembly (opens/closes the choke). Three of the four spools on my carbs are badly mangled. One is in perfect condition. Replacements are no longer available (from all the innernet searching and a few emails that I sent out) except: (1) another similar carb; (2) make your own. I believe I found a carb on eBay that has three good spools and one bad one so that solves my immediate problem. Since the spools are no longer available and since (I assume) the carbs are in reasonably short supply, trying to find used ones is going to become more and more difficult. Therefore, I was wondering if anyone has the know how to fabricate these spools? I have taken measurements and put together a diagram (attached) that should be accurate enough to work if machined to those measurements. These could be made from any durable material I would guess (e.g. brass, aluminum, stainless, etc).