the numbers wouldn’t be worth much. The downforce from the string’s vibrations into the bass’ body is less than what you’d get with a common through-body bridge, and more than you’d get with a bridge on an Ovation Magnum or a forward tilted Gibson 3-point. Its downforce holding the “saddle (?)” in place on the bridge base to be not sliding around under heavy playing is likely to be on par with Fender bent bridges, the stability could be hurt due to spreading a similar load across a far wider patch than a pair of set screws. We already know that the bent plate allows instability under recklessly heavy players’ hands.anybody got any numbers
I don’t know where anyone’s coming up with “inharmonicity” from a bridge. Bridges aren’t tuned (except maybe by eccentrics like Darrin Huff). If anything, there’s less potential for inharmonicity given there’s no string behind a saddle to ring.
I still think it’s a poor design concocted by someone with no end goal, no problem to solve, just a “what if...”. The end result is it turns all strings, whether they’re designed for it or not, into exposed core strings.
Anyone who wants to experiment with that (enough overtones that your band can get by with one less guitarist) can find a brand new decade old set of Rotosound PSD’s at many independent music shops at a steeeep discount as compared to a whole new bridge.