It looks a little more obvious in this picture, though that could be a visual trick:
View attachment 4577464
No it doesn't, because that's not how the neck was made. Lol
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It looks a little more obvious in this picture, though that could be a visual trick:
View attachment 4577464
It's just an illusion. The section under the first string looks like a giveaway:
View attachment 4577497
It's just an illusion. The section under the first string looks like a giveaway:
View attachment 4577497
Wdym by this?
Don't get it. Why no just mark the 'board instead of filling it?
Done for marketing hype - we sell maybe half a dozen fretless basses per year. This is just something we came up with as a response to our customers needs and wants. We're not trying to take over the fretless market.
I was fixin' to say..... That looks like one big board to me too.The joinery must be to an incredible standard as there is no evidence of that method in the example given. The grain patterns seem continuous across the string paths in this close-up:
View attachment 4577273
It's more common with conversions, mainly because the wood is accustomed to the pressure of the frets when the fingerboard was made. After removal (always a brutal job on a well made fretted bass), the chances are almost 100% that the wood will "miss" the frets and will expand from the relief of the pressure. Forming exasperating divets around some of the slots, usually about 6 months or so later. This happens no matter how careful you are about press fitting similar wood into the slots. And no matter how perfect the board is when you first do the conversion.It's an interesting way to solve a new problem. Nice thinking. Let's see how it goes in the market. I've never heard of fretless lines causing a noise. I've been playing fretless since around 81 or so and none of my lined fretlesses ever made noise and I respectfully call straight BS on them for even saying they do. But I actually like the way these lines look. Cool idea. Dingwall is pushing the design of instruments in some unique ways and I'd honestly dig this look, needed or not.
i agree. the wood grain looks continuous across the fret board.The joinery must be to an incredible standard as there is no evidence of that method in the example given. The grain patterns seem continuous across the string paths in this close-up:
View attachment 4577273
Gotta love this forum! Bruce thought you had come up with an innovative idea, but not what you actually did. But now the idea is out there..I'll add a couple of comments to clear up some confusion.
Solution for a problem that doesn't exist - yes and no. If you're using wood filler strips, there's a good but not 100% chance that you won't have expansion and contraction issues. If you use synthetic materials to achieve greater visual contrast, you will be much more likely to experience problems IF you play with a super-low Mwahhh type action and IF your climate either cycles or is different than the climate that the bass was built in. Our climate cycles from 15% RH in the winter to 90% RH in the summer. We build for those kinds of extremes because we've seen what happens to basses and guitars if you don't. We didn't have a problem years ago because we were coating the fingerboard with epoxy but that led to other problems and was difficult and messy.
Done for marketing hype - we sell maybe half a dozen fretless basses per year. This is just something we came up with as a response to our customers needs and wants. We're not trying to take over the fretless market.
Bruce's solution is brilliant. I never thought of doing it that way. We just programmed our CNC mill to slot the segments with a .6 mm cutter. This is how we cut our standard fret slots (continuous slots of course).