JGC403
Well-Known Member
I'm building a stroked 440. This is the plan I have so far:
Bore: 4.350"
Stroke: 4.15"
Rods: 6.760"
Block will be 0 decked, head gasket thickness will set quench.
Pistons have a 23.7cc dish
Trick Flow heads with a 78cc combustion chamber
Head Gasket Cometic C5461-036
gasket bore: 4.380"
gasket thickness: 0.036" (Quench will also be 0.036")
Static Compression Ratio 10.14:1
Hughes Engines Camshaft SER1822BL3-10
Hydraulic Roller
LSA 110*
ICL 106*
Duration @0.050" 218*I/222*E
ADV Duration 271*I/275*E ( this is what they emailed me)
Lift with 1.6 ratio: 0.539"I/ 0.549"E
Dynamic Compression Ratio 8.31
I think I did all of the math correct and the calculated compression ratios should be right.
What do you guys think? Should this be a good combo? I want to be able to run pump gas and I don't want a loopy/ or rough idle. Smooth idle is the goal. Anyone want to take a stab at power output? I don't know what intake manifold I'm using yet.
Bore: 4.350"
Stroke: 4.15"
Rods: 6.760"
Block will be 0 decked, head gasket thickness will set quench.
Pistons have a 23.7cc dish
Trick Flow heads with a 78cc combustion chamber
Head Gasket Cometic C5461-036
gasket bore: 4.380"
gasket thickness: 0.036" (Quench will also be 0.036")
Static Compression Ratio 10.14:1
Hughes Engines Camshaft SER1822BL3-10
Hydraulic Roller
LSA 110*
ICL 106*
Duration @0.050" 218*I/222*E
ADV Duration 271*I/275*E ( this is what they emailed me)
Lift with 1.6 ratio: 0.539"I/ 0.549"E
Dynamic Compression Ratio 8.31
I think I did all of the math correct and the calculated compression ratios should be right.
What do you guys think? Should this be a good combo? I want to be able to run pump gas and I don't want a loopy/ or rough idle. Smooth idle is the goal. Anyone want to take a stab at power output? I don't know what intake manifold I'm using yet.