I have a hodge-podge of measurements of all my models, mostly pseudo-anechoic that show me behavior through the crossover region but gated high enough there is no usable curve down to the bass. That kind of data is perfect for designing with, because you don't really need to know what is happening down low when optimizing the crossover.

You can be comfortable about bass performance just with impedance charts. Even so, people want to see actual response measurements, all the way down to cutoff. So as useful as my pseudo-anechoic measurements are for designing with, they aren't any good at all for publishing spec sheets.

To get an accurate measurement of response down to the bass range, you have to make the measurement outdoors. So I'm planning to begin taking all models of speakers outdoors and doing test suites on them for spec sheets.

As time permits, I want to get on axis and polar response, as well as harmonic and intermodulation distortion at various power levels. It's pretty time consuming so it won't happen overnight, but in time I'll have a very good set of measurements available. For now, rest assured that all the speakers in the line are mature designs, optimized for uniform response and low distortion.