For example: I do most of my riding 2-up, loaded and rpm range of 2000-3000 most of the time, depending on hills, etc.
I am after low rpm torque. Not everyone has these goals.
Maybe not everyone has these goals but more should. I get too many calls from guys that are caught up in airflow numbers, dyno numbers, bigger everything and "want it all". Most of those calls are after the fact and then we have to detune or reel in the "builds gone wild" with internet hype and testosterone mixed.
BTW this is a side note and not related to the Feuling cam. This seems sensible. Plus I respect the smart move to lower the CCP.
I have no dynos of the 7 in stock motors. I only have one that was with my heads and a pathetic tune and bad pipes (longshots). Made 109/119. I am not sure any dyno is a great representation of what real world will be for "I do most of my riding 2-up, loaded and rpm range of 2000-3000 most of the time" which is probably 95% of us but only 50% will cop to it. FWIW if you want to see dynos of the cam I would like to see in a 110 look at what the TW5 cam does in a 103"
This dyno is from a 103" with my Pro Street heads (the CVO 110 heads reworked are equal or better). This has a bit too much compression for a bagger (10.5) but detuned a bit in a 110 (7 added cubes) I would expect a better result, wider torque band and higher hp, slightly. This follows the Cycle Rama philosophy a lot closer with an extension of the SE255 which is too short for most. I would not rule out the Andrews 54 advanced either, it then has the same look and feel as a high lift 37 which is a good thing especially with 110 Cu In and heads that work.
Still the dyno is just a test done at WOT, a hard roll-on from ~2K to redline. It does not speak to where we ride and roll-on manors and putting in parking lots and parades. Not really a good representation of the "pass a truck" either as most want to do this without dropping a gear. Might be closer to what the ride will do from 60-80mph which we do more frequently. Just my 2c and once again open minded on the Feuling cam. The Feuling resembles an S&S 585 which advanced +4 and end up with a similar exhaust event and a 41° intake close

The intake can use a 1.725 rocker for added lift which in my minds eye is more for the added lift velocity and more lift sooner, the object being full cylinder fill by the time the piston reaches maximum velocity at about 70-76° ATDC on intake stroke. Where is the valve lift at this point? Just thinking