milling heads for comp ratio increase

Thank you heaps for working out the static CR. :) I was actually going to get an accurate CC on each one first before I put the numbers in myself. But that has given me a good idea - but pretty low isn't it! :eek: . I have looked at youtube and there are plenty of videos showing how to do the measurements for cc.

But that is good news about the 30thou milling amount - it seems a lot compared to what is recommended! I can easily do a dummy assemble of heads and intake and check how much room I have to play with and how the bolt holes line up. Maybe first with a 40thou Felpro and then with no gasket and look at how it changes etc. If I can take 30 thou off, that is a very good start. If it is tight and almost there, I don't see why I can't run a rat-tail file through the intake holes to facilitate lining up.

You may be right about the cam - here attached are the specs. It is an 'Ol Skool Schneider cam, valve lift 0.48, 290 duration and look at the lobe separation - only 107. So this cam may be a little rough idle and perhaps more suited to a hotter 340, but it's the only one I have and I don't see why it couldn't be made to work pretty well. Schneider didn't give me the RPM range but at a guess I would say 1800-6200, Does that sound close? (just a guess) I am running a 2500 stall so that will help -final drive is 3.23 and as I mentioned, it is a light-ish vehicle around 2750poundsView attachment 1715169770
It's not a bad cam choice, tuning it in ,will be an effort. Solids do have higher vacuum, and more torque than similar hydraulic cam grinds.
Initial and total timing at 3000 crankshaft rpm , pay attention the the idle speed ,and the transfer slots , ARE THE KEYS ,HERE. ...