I've never understood the argument that of the neck woods, the fretboard makes the most difference. It's the smallest part of the board in terms of mass and the strings never touch it. Could you explain it to me?
Now, hear me out. I'm not going into the tonewood debate here. I do think wood makes a difference, but that's not the point here.
I often read people request recommendations and say "it's going into an x-wood guitar". Does it matter?
I know manufacturers use tens of different types of Mahogany. Even if using the same species, wood differes from piece to piece. I've had Mahogany guitars be brighter than my current Alder Strat. I'm sure you've all experienced that too.
I think a more important factor (IMO) is pickup placement on the top of the guitar. Bridge pickups mounted closer to the bridge itself are brighter/thinner. 24 fret guitars that move the neck pickup's position closer to the bridge lose a bit of that neck pickup throatiness/boominess/warmth too.
But most importantly, what's most important is what tone you're looking to get out of your guitar. I would consider it unthinkable to have an (just to name an example) Invader on a really dark guitar. But some people like that tone. Plenty of examples of people making it work it that way. Same goes for, say, a Dimebucker in the bridge position of a really thin and wiry guitar. I mean, after all, Fenders are stereotypically bright both acoustically and electronically with the single coil pickups.
At the same time, my second point is I have never tried (nor do I think I'll ever) a guitar so dark, bassy, and dull to make a Dimebucker sound balanced when amplified. Nor a guitar so thin and wiry to make me feel an Invader is balanced. Not to say the acoustic sound of the guitar does not make a difference, but does it make enough of a difference to make you love a pickup you hated?
Do you guys not agree? Let's discuss.
On the point about mahogany guitars that are unexpectedly brighter than others made of xxxxx woods. One thing I've never understood with that is that people never say mahogany is a bright sounding wood until they talk about black Les Paul Customs that are full mahogany with no maple cap. Everybody always talks about how bright those are and yet they're solid mahogany. So how is that?
How is it that mahogany isn't considered to make a bright sounding guitar until we talk about those? No one will ever convince me that the ebony fretboard that makes up 5% of the total wood in a Les Paul is overpowering the entire body and all of the mahogany that makes it up and that's the reason it's brighter.
IME it's a balancing equation. Every element matters, the degree each matters is widely different, and if you are being exacting about a resulting tone you are after, then knowing the wood species as a start, and the specific guitar moreover, is useful in choosing pickups and wiring that will work with, or counteract, the guitar to get the result you want.
Honestly, all of the guitars with Ebony boards I've had have somewhat thin and brittle acoustically to varying degrees.
Strictly in my own experience , the things that sonically (not involving playability) really count are in this order:
- pickups and their position
- pots and caps value
- type and material of the bridge
- strings
- guitar scale
- neck + fretboard wood combo
- body wood
my 2 cents
I would say picking location falls between the first two
I changed the maple/rw neck on my Warmoth to a wenge/ebony one and acoustically it sounds, like, maybe10% darker. Plugged in? Completely indistinguishable, whether clean, hairy, or high gain. pegasus + sentient pickups. I now believe body makes a bigger difference than the neck, but the pickups are still the biggest factor until the signal hits the next circuit.
I changed the maple/rw neck on my Warmoth to a wenge/ebony one and acoustically it sounds, like, maybe10% darker. Plugged in? Completely indistinguishable, whether clean, hairy, or high gain. pegasus + sentient pickups. I now believe body makes a bigger difference than the neck, but the pickups are still the biggest factor until the signal hits the next circuit.