Ibanez SRX 655, Ibanez ATK 305, Peavey Millenium BXP 5 {$239.00} All have great B's for 34's, better than some 35's I've played.
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HUGE +1I'm glad to see Pedulla getting mentioned here already. They have extremely badass Bs that are 34". And are a ridiculous value on the used market.
There are so many factors that can contribute to a floppy B string but scale length ain't one of them!
![]()
f = fundamental frequency
L = string length between fixed
points (i.e. bridge and nut)
T = string tension
P = string mass per unit length (related to string gauge and construction)
so to get the same f/sqrt(T) as other strings you have the choice of a longer scale or a bigger gauge. Both have drawbacks, a longer scale can be a stretch, a bigger gauge can be stiff and become difficult to intonate (that's why there are tapered strings).
I believe one of the important things is to have really good contact at the witness points so the edges of the string approximate a clamped edge vs a simply supported edge. Look for something with a good break angle at nut and bridge. I put a string retainer on all my strings and even my wife commented on the improved clarity of the B string.
Wow...I'm not even sure why I was searching through this thread but now I'm glad that I did. GREAT post. Thank you. I'll certainly keep in mind the comment about the string retainer. Really good advice.
Anyone notice the angle at which Cliff Bordwell makes his headstocks? There's a reason why he's having success with shorter scale lengths on basses with a low B string.
I'd also like to think he has some sort of mojo with his choices of lumber and other construction techniques, too.
Oh sure, there are other factors of coarse. The headstock angle is a part of the equation.
Indeed. Although I learn't that his headstock angle isn't very conducive to Hipshot D tuners. I ordered a 35" scale 4 string fretless (why???? no...why not!!!) and kinda wanted the D tuner, but thought I'd test out his headstock, leave it in dropped D, and see what happens.
After I get that bass, I was planning on ordering a 37"-34" fanned 7 (zoinks!), but I figure plenty o' scale lenght should be enough and I'll go with a more conventional angle for dropped A tuning.
Although another interesting bass is the Rob Allen. His 35" scale basses are shorter than most 34" scale basses. How??? The saddles are at the very edge of the body. My 35" scale MB2 is the same overall length as my 32" scale Fender Urge I.
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Here's another interesting beast that would seem to be a healthy compromise of everything.
Those KR Guitars look great but I think that they're priced too high for such a new builder.
![]()
f = fundamental frequency
L = string length between fixed
points (i.e. bridge and nut)
T = string tension
P = string mass per unit length (related to string gauge and construction)
so to get the same f/sqrt(T) as other strings you have the choice of a longer scale or a bigger gauge. Both have drawbacks, a longer scale can be a stretch, a bigger gauge can be stiff and become difficult to intonate (that's why there are tapered strings).
I believe one of the important things is to have really good contact at the witness points so the edges of the string approximate a clamped edge vs a simply supported edge. Look for something with a good break angle at nut and bridge. I put a string retainer on all my strings and even my wife commented on the improved clarity of the B string.