This site may earn a commission from merchant links like Ebay, Amazon, and others.
Nope. He is not a known and trusted builder.
I was looking for a trusted bigger name builder. Couldn’t find one :/
I’m trying my luck with an independent guy which isn’t what i wanted to do but, appears to be my only option
Thanks!Just wanted to confirm. I wish you the best of luck!
If the guy you found doesn't come through, modifying a Warmoth neck might be your best bet.The rocklite and richilite isn’t a “must” but preferred. Really more than anything i want the zerofrey and flat fretboard
If the guy you found doesn't come through, modifying a Warmoth neck might be your best bet.
Richlite might be tough (though I'm curious, why do you want this as a spec? I have a richlite fretboard on my Martin, and I'd much rather have real wood), though I suppose you could hae a luthier remove a rosewood or similar fretboard and replace it with richlite. But, if you ordered a long-scale Strat neck with a 16" radius and asked them to send it to you with no frets and no nut route, then a competent luthier could likely take that neck, flatten the radius, and then fret it with stainless frets and add a zero fret.
Out of curiosity, what's the purpose of this particular set of specs? These are oddly special-purpose. Touchstyle, maybe? I can't see a flat radius being at all comfortable for conventional chording.
I'm not sure I'd agree with this - a straight radius is fine, provided the nut and the bridge radius are the same. It's when they're not, when for example you have a 20" bridge radius (like a Floyd) and a 10" nut radius, that something like a 10-16" compound radius will give you even action across the neck. Otherwise, you need to radius the bridge, either by adjusting saddle height on adjustable bridges, or shimming saddles on something like a Floyd.Basically you need either a cone shape (compound radius fretboard), or a plane (flat fretboard), to achieve the lowest action possible across all frets. A straight radius doesn’t work as well because your neck tapers fr the bridge to the nut. I’ve already tried a compound radius and that was okay but I’m dying to try a flat fretboard (but there aren’t many options out there).
totally disagree. Classical guitars are almost always flat radius and they're widely used for chord work.If you've never played a flat radius, well... There's a reason it's an uncommon spec. It's NOT comfortable for chording.
...in a wildly different playing position than what's common in rock. Find a way to get a strap on a classical and then try playing a few power chords and get back to me.totally disagree. Classical guitars are almost always flat radius and they're widely used for chord work.
This is how you strap up a classical guitar:...in a wildly different playing position than what's common in rock. Find a way to get a strap on a classical and then try playing a few power chords and get back to me.
I'm not sure I'd agree with this - a straight radius is fine, provided the nut and the bridge radius are the same. It's when they're not, when for example you have a 20" bridge radius (like a Floyd) and a 10" nut radius, that something like a 10-16" compound radius will give you even action across the neck. Otherwise, you need to radius the bridge, either by adjusting saddle height on adjustable bridges, or shimming saddles on something like a Floyd.
If you've never played a flay radius, well... There's a reason it's an uncommon spec. It's NOT comfortable for chording.
I'd also say if you want ease of maintenance, finished maple fretboards are pretty maintenance free.
Really? See geometrically i think when taking a section of a cylinder (like a fretboard is) you can never get even height across all frets because the spacing is different at the nut than it is at the bridge. I’ll try to make a model to explain my logic.
I hope everyone realizes how little a difference a radius makes. If you can’t play chords on a flat radius it’s not like they are magically easier on a fender style radius. The radius promotes thumb over the neck playing, which isn’t really needed for tech metal...and commonly avoided.
I know players like Mark Holcomb do it, and yet still his guitars are a 16” radius I believe which is closer to flat than it is to a 7” radius like a fender.
Ok, I see where you're going with that now. In theory, yes, if there's any curve at all to the surface then the action will be ever-so-slightly higher at the bridge (or the theoretical fretboard plane under the bridge) than at the nut because the strings will be a hair further out along the arc of the fretboard. But, I mean... If you have a 43mm nut and standard Floyd spacing at the bridge is 52mm, and let's say each E string is 2.5mm away from the edge of the fretboard at the nut and the bridge, then the two outer strings would span a gap of 38mm at the nut and 47mm at the bridge, the four inner strings would split that into 5 equal spaces, and you'd have string spacing of 7.6mm at the nut increase to 9.4mm at the bridge, meaning the string would have transversed 1.8mm on a cone with a radius of 16", or a diameter of 32" (about 813mm). My geometry is a little rusty so I'm not going to tell you exactly how much deflection we're talking here, but at the bridge, well, I'd have a hard time seeing a horizontal deflection of 1.8mm on a 16" radius resulting in a vertical deflection of more than one or two tenths of a millimeter. And that's at the bridge. Let's be generous and say it's two tenths of a millimeter in vertical deflection if you move horizontally out across that radius 1.8mm - at the 12th fret, the midpoint, you're only going to see half of the vertical change, or the fretboard would only fall a tenth of a millimeter lower than it would if nut and string spacing were identical. In practice, I don't know if someone could take a guitar with 2mm action at the 12th fret, raise it to 2.1mm, and anyone would notice the difference. And, I'd love to see the actual math here, because I'm just estimating and I'd bet I'm wildly exaggerating the vertical plane change here and in prtactice the difference is going to be something more akin to 0.025mm or some such number.
So, all that said - yes, there's a theoretical impact here. But is there a practical impact? Is this sort of difference actually worth chasing, vs something like a plek'd fretjob to ensure the frets are perfectly even, for optimal action?
This is how you strap up a classical guitar:
go look at most guys playing technical music and they've got the guitars strapped up into what's basically a classical position. Combine that with the relatively flat radius that's common on metal guitars and the parallel is easy to see: