WOW! Thanx for the input, guys! At least, now, I know what I'm working with. Really do appreciate it. Following is what I uncovered:
Intake = 1.977 with a stem protrusion of 2.065
Exhaust = 1.625 with a stem protrusion of 2.072
Factory spec on stem protrusion is 1.990-2.024
Intake overall length = 4.395
Exhaust OAL = 4.490
After buying a new FLTRX with Stage 4 (except, he substituted the SE-260 cams in place of the SE-259 because he has the SE-260 in this 2003 FLHRSE, and loved it!) and riding it enough to compare to the '03, he has decided the '03 is down on power.
After passing a leakdown test with Frt @ 3% and Rr @ 4%, I decided the engine was healthy but not properly tuned. Baseline Dyno: 102HP and 100TQ with a scattered AFR plot. Running ThunderMax Autotune.
Customer wants heads and cyls pulled for Diamond Cut, that's when I found these specs.
Using the c/r calculator, THANKS to BIG BOYZ HEAD PORTING, with a measured 93cc head chamber, measured .058 gasket thickness, measured 3cc valve reliefs, measured 3.935 gasket ID and OEM flat top pistons sitting .004 down in bore, I come up with a static c/r of 8.8:1. Add the SE-260 cams and it becomes7.52:1. I know this is nowhere near the combustion pressure needed for these cams, just trying to figure the best (read 'cost effective') way to get to "at least" 10:1 static CR.
The factory SE Supplement manual shows a machined relief around the circumference of the chamber, akin to the 103+ head, to form a squish band with the High Comp 103+ pistons. The heads I have, have no relief/bevel. If I knew, for sure, that the measurement from head gasket surface-to-rocker box gasket surface was the same for OEM 103 and SE 103, then a measurement would tell me if the SE heads had been milled.