>Hi Don, > >I'll vouch for that one as well. The store I work for has 5 Baldwin studio >pianos that they use for rentals. They are all aprox. the same age, and the >same model numbers. But there's one of them in particular that is much >better than the others. Most are the normal, what you would expect of a >Baldwin studio, type pianos. But this one is very stable, easy to tune, and >holds like a rock. I can tune it, bounce it across town on the back of a >truck, let some performer beat the living daylights out of it, bounce back >to the store, and only have a couple of unisons to touch up to send it out >again, if that. I sure wish I knew what the difference was!! I'm stumped. >But I hope it lasts forever :-) ...(at least as long as I have to tune >it...) <g> Seriously though, I really am interested in what actual >physical factors would make the differences.? Anybody out there care to >expound? > >Have a good day, > >Brian Trout > Hi Brian, Since they're all the same model, you probably can't blame the design. That leaves assembly execution. I'd start with what's measurable; bearing and crown in all five and see what showed up. Ron
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