Modern Saint
Starve your Fear, Feed your Dream!
Here is a rear shot of my Chandler loaded with a Floyd Rose. The 3rd string goes up a Major 3rd and I have yet to rout the top so I can go up a fourth. I gotta try Carl's method on my Strat.

Are you sure that what happened isn't just that you changed the overall tension on the bridge?
The real test of this is what happens if you angle the claw the exact other way, with the same overall tension.
You will know if you have the same overall tension because the bridge floats in the same place.
If you are willing to try that, it would be _awesome_.
If it really works (which means that the behaviour should be different with the claw angled the other way), can anyone explain how on earth it makes a difference?
GaJ
I was meaning Mark
He adjusted his trem, as the pictures show, and is happy with the result.
But I'm (pigheadedly?) still not convinced it has anything to do with the claw being on an angle.
I reckon that if he puts the angle the other way, with the tension exactly the same, it will be the same.
GaJ
What I don't get is why you think it makes sense.
Every spring is pulling on the same single bar of iron.
It's not like the top spring is pulling on the top E string, and the bottom spring is pulling on the bottom E string.
When you pull the wammy bar, the top E string is pulled the same amount as the bottom E string, no matter what you do with the spring tensions.
If I could understand this I'd be a happy chappy
I might have to ditch playing this evening and mess with a screwdriver instead!
GaJ
Someone needs to spark this debate over at TGP or HCEG or something. It's kind of a airplane/conveyer belt kinda thing. Maybe we could pitch it to Mythbusters. Hell, even GJ would probably have an engineer or physicist or two that might tackle it.
I'm sure it's been beaten to death at TGP already....