Cheese Louis
4.5" bore? 2.5" intake valves. How big is this monster, 600 cubes?
Just curious, those valve have to be quite a bit heavier than like 2.08s, 2.05s.. do they get limited on rpm due to it or just insane spring pressures and beefier valve train?
yeah i always knew bout the 800+ inch **** even way back but never considered how they keep them from putting on exciting exhibitions of flying partsYears ago ford was always ahead of everyone. Sodium filled valve back before I started racing in the 70’s. Now titanium would be a minimum spec valve with ungodly spring pressure. Remember these engines are torn apart often. Very often
I have a hard time imagining how that would be possible to installDo they even make cams with 1.2 inches of lift?
I have a hard time imagining how that would be possible to install
I wonder if he speculated how much potential HP he feels these heads have???
That’s funny but sounds a little…weird!Morgan is a guy I'd probably let touch my junk if he'd touch my junk.
Yes, I am NOT fishing. It's my own way of saying ..."he's very skilled at executing the science that he knows." AND very generous to share it. Of which, I'm not sure I have the ability to execute what I translate that he conveys.That’s funny but sounds a little…weird!
But I understand what you are saying.
In some circles you’d get a far different response lol!
....designed from ground up for huge lift ( huge journal roller bearing camshafts) and stable valve trains.Remember these are all raised cam after market block engines.
Don't be shortin it now. It's over 4 5/8" bore. LOL4.5" bore? 2.5" intake valves. How big is this monster, 600 cubes?
I've heard Morgan say 2.5 hp per cfm is maximum achievable, you'd think they would be getting at least 2.3 hp:cfm. My guess around 1000 hp.I wonder if he speculated how much potential HP he feels these heads have???