Any Thoughts On These?


high-amp
The last few lines were about the Martin Logins not the Audio Physics. The APs are awesome!
Hello,
I know that Bestbuy lost the Sonus Faber account but maybe there are some left over for a good deal. 
When Magnolia consolidated their independent stores and shoehorned them back into the corner of BestBuy stores, seems like they lost their mojo for 2-channel audio displays and demos.  Focus kinda went back to home theater and hand held gadgets. Not surprised they lost Sonus Faber.  

Like @hshifi said, if you know what you are looking for and they still have it or can get it from another store, may be some deals to be had on ML, SF.   
OP, just a little suggestion : ignore djones51's rant. The frequency response graph posted is fine, nothing to be too concerned about. The details of the measurement is not provided which is needed to make sense of what you see. The stated sensitivity is 88dB. Using this as a reference it will be seen that the response falls within the industry standard of +/- 3dB with the exception of the rise around 90Hz.

Also the response looks a bit spiky but without knowing what smoothing was used it can be ignored. There is much more to performance than a flat frequency response. Any competent speaker designer can flatten the response curve with the crossover by introducing more and more components which suck the life out of a speaker. You end up with a sound that is dynamically constipated. 

Appreciate too that when introducing the speaker into a domestic environment the response will be wildly different so insistence on a ruler flat response is pointless but looks good to people who shop by looking at specs. I prefer simple crossovers with the fewest parts which I find is always a better listening experience.

Of real concern is the impedance hovering around 3 ohms. This will demand an amp with lots of clean power, something that will double it's output into an impedance halved.
 Example: not all that common but is ideal.
 50W into 8 ohm
100W into 4 ohm
200W into 2 ohm