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Ok, I don't want to argue and I'm not doing it at all.
Just want to clarify some points - I'm very familiar with these tables and we have discussed the pitch tests many times in this forum. All these tests are held by many people from all over the world. But they all are executed by simple drop of the ball. And yes, there is a corelation, though some results vary a lot. As these tests are executed with a very low ball speed, they would be more precise with slower blades, blades with simpler composition and blades with tighter range - no matter def, all or off but tighter in performance. The more complicated the structure of the blade is and/or the more wide is its speed range, the more unaccurate or even false such a test may be. An example - the 11 ply Palio v1 /7 wood, 4 carbon/ has a low-speed ball pitch like a slower 5 ply DEF wood, but in fact is OFF, even OFF+. Palio TNT-1, 7+2, is mine stiffest and hardest OFF+, even OFF++, but because is massive and thick its pitch is like a OFF-. Rosi Emotion sounds like OFF, but is All+, OFF- max. All mine Xiom Vega Tour blades have higher pitch than those in the tables, but still I can't say are they faster - it may be just because they are of lower weight. Besides that some blades are more sensitive to the balls and with different balls they sound different - it may be because of the outer ply, overall composition and structure, etc.
So I don't say that there is no corelation at all, a pitch test may be somewhat indicative, but has to be trusted with care. For me it would be useble if you compare to chose a blade between several pieces of same model.
You have to the table i have posted. For example, a blade with e=5.2mm, 60g and F=1300Hz would be off+. A blade with e=6.2mm, 60g and F=1300Hz would be All.
Blade 1 would be very difficult to manufacture. It has a density of 0,5 g/cm3 and a stiffness of 7000 MPa, there's no way that could be done without employing composite materials, and the ratio would be most likely illegal. Blade 2 is easily doable with normal woods.