After getting used to how the switchpoints effect the overall running and performance I have the big girl running smooth and peppy.

I don't normally ride over 90mph (some roads in TX have an 85mph limit) but the extra acceleration available at those speeds/revs has certainly put temptation in my path a few times.
The only slight problem I had was that the AFR was rather too rich (12:1) at idle and the Dobeck does not try to change the very bottom of the rev range. I think it's the same for Dynojet PCs too, - something to do with emissions laws. I'm fairly sure that the high AFR at idle is a result of my D&D slip-ons (with standard Triumph header) and the Ramair. I'm using '
20050DynoFinalMap_WithPods_And_IgnRetard.hex' as a base map and have taken some fuel out to compensate for the idle problem. I don't have it absolutely perfect yet but it's
very close. When at temperature the idle AFR is now around 13.5:1. Brent at Dobeck (senior tech) is looking into whether Triumph may have made some firmware changes to the ECU between 2006 and 2009. My R3 is a 2009 but IdahoRedRocket's (which was the development mule for the R3's AFR+) is a 2006. Also, Brent told me that Dobeck's O2 bypass plug aims for an AFR of 13:1.
I'll keep the thread updated if I learn more.
Mark