OK OK!!! Geeez...shatter my dreams and trample my fragile ego why dont ya's! (HAHA!!)
No seriously...
I can totally see where you guys are coming from.
It seems that doing things this way would potentially introduce more problems than it would solve.
I like to persist with an idea until I can be convinced beyond a reasonable doubt that it's not worth pursuing.
You guys have convinced me of that.
It's great to have so many knowledgable people at your fingertips...thanks again
I just wanted to clarify something for the record...
I DO understand the importance of the truss rod for its ability to make adjustment to a neck.
More specifically to help maintain a parallel between neck and strings across the entire length of the neck.
Obviously if a neck (made from any material) is subject to bowing, warping, fatigue, twisting or moving from its intended setup position in anyway, the truss rod is an integral part of correcting the problem.
HOWEVER...
"hyperthetically" (or if you like, "in my own little fantasy world")
there are 2 senarios where I can see that a truss rod would be meaningless...
1) if the area between the nut and the bridge were made from material so strong that it would not move no matter what kind of force or tension were applied to it (I know fantasy land right?)
2) if the neck (or at least the part of the neck that resists bowing and twisting) were made of a material so strong that it would not move no matter what kind of force or tension a TRUSS ROD (or even 2) could apply to it (I don't know if that material exists but that was my original thinking behind the CF idea).
I'd be interested to know if something like the Ricky double truss rod setup could exert enough force to bend a 12mmx12mm solid peice of CF.
Having said all that...I see now how other factors particlaurlly the integrity of the glue bonding and the expansion rate factor come into play as significant draw backs even if the CF was that strong.
oh, also you might still be thinking "Why the hell is this guy being so persistent about this stupid idea"
Well,
I come froma manufacturing background and there are 3 costs to making a product: overheads, parts and labour
it's the Leo Fender principle really...
keep the quality but knock down the labour cost (and where possible the number of parts involved) by simplifying the build process.
My original thought:
Eliminate the fiddly part of inserting the truss rod and making the fillet by routing a channel and gluing in a cheap (relative to labour) prefabricated CF rod.
Saving on both labour and parts without compromising quality
you fellas have prove to me the significant risk of compromising quality which makes the idea one for the toilet
I know, I know...it's not like I'm gonna be producing a million guitars so what does it matter right?...it's just the way I think.