Well again, nobody is saying this is the only way to set up a floating tremolo...just that this method works.
If another method works for you, than use it.
This one works the best and sets up the most easily for me.
David Collins, your point is well-stated. It would seem that there are so many variables, that any one particular factor couldn't be that overwhelmingly influential.
I'm trying to understand, however, whether there is any overall standard to tremolo performance, as opposed to the individual factors you indicate.
I just don't see how taking an extra 5-10 minutes during setup to angle the claw (should that be your preference) is not preferable to having the $60 that the claw costs in your pocket.

That is simply one of the biggest pieces of snake oil BS I've ever seen. I guarantee that the only difference a brass claw like that could make would be whatever difference you believe it will make. 100% placebo, snake oil, nonsense. And as we've clearly and I would say irrefutably established, angling the existing trem claw is equally moot. If you want to do it and believe it makes a difference, that's up to you, but I assure you that in reality it has no direct effect compared to a straight claw adjusted to the same sum tension.
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I'm not familiar with the specifics of it, but didn't the Steinberger TransTrem try to do something like this?David Collins said:What determines the pitch shift for each string is essentially a combination of the string gauge, it's modulus of elasticity, and the distance it is stretched. If a string core is larger diameter, or the saddle is adjusted further out from the bridge fulcrum (higher height or flatter intonation adjustment), then it will sharpen more than a thinner string or a saddle point closer to the fulcrum. Adjusting the trem claw asymmetrically of course affects none of these variable so long as the fulcrum of the bridge is still touching the screws or posts, so it contributes nothing at all toward any change.
It would be an interesting product to design though, an individually tunable offset tremolo. I can see a few ways it could be done, but it would be much simpler to do with a separate bridge/tailpiece than a single piece Fender/Floyd style tremolo.
I'm not familiar with the specifics of it, but didn't the Steinberger TransTrem try to do something like this?David Collins said:What determines the pitch shift for each string is essentially a combination of the string gauge, it's modulus of elasticity, and the distance it is stretched. If a string core is larger diameter, or the saddle is adjusted further out from the bridge fulcrum (higher height or flatter intonation adjustment), then it will sharpen more than a thinner string or a saddle point closer to the fulcrum. Adjusting the trem claw asymmetrically of course affects none of these variable so long as the fulcrum of the bridge is still touching the screws or posts, so it contributes nothing at all toward any change.
It would be an interesting product to design though, an individually tunable offset tremolo. I can see a few ways it could be done, but it would be much simpler to do with a separate bridge/tailpiece than a single piece Fender/Floyd style tremolo.
I'm not familiar with the specifics of it, but didn't the Steinberger TransTrem try to do something like this?
Regardless, I think for my application in order to get the desired pitch rise I'll end up with one or more strings that will be far less playable in a traditional sense. I still may try one gauge lighter on the G to see what happens.
I've found that angling the claw helps keep the trem stable while bending other strings. On many strats you simply cannot do double stop bends or unison bends because the string you're bending with pull the bridge to cause the string you're not bending to go out of tune. When you angle the claw you achieve equal string vs spring tension. Now I can float my bridge just enough to get some wobble out of chords but still keep it stable while bending other strings. One or two techs said it couldn't be done.
Try it. Please.
I'd like to know too.
The proof of the pudding is in the eating - not in staring at it and wondering if it'll taste good! :lmao:
I still may try one gauge lighter on the G to see what happens.
I've found that angling the claw helps keep the trem stable while bending other strings. On many strats you simply cannot do double stop bends or unison bends because the string you're bending with pull the bridge to cause the string you're not bending to go out of tune. When you angle the claw you achieve equal string vs spring tension. Now I can float my bridge just enough to get some wobble out of chords but still keep it stable while bending other strings. One or two techs said it couldn't be done.
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