It's not built yet, so there's time to steer me in the right direction.
306 stock block / crank
Eagle steel I beam rods
Speed Pro forged pistons 9.5:1 (stock I think)
Melling high volume oil pump
FRPP E cam / 1.6 rockers
AFR 165 heads (or should I use 185's) with EGR
Typhoon intake (cheaper than the Performer and nearly the same)
70mm BBK TB/EGR spacer
80mm C&L mass air meter
A9P computer
30# injectors & stock rail
255lph fuel pump & Aeromotive AFPR
It's gonna sit in front of an AOD and 3.73's in a 90 notch (the car in my sig). But I'm only looking for theoretical flywheel horsepower, I can calculate the rest I think. I have everything except the heads, rockers, intake, and computer.
So what do you think I can do with this N/A? I may add a supercharger in a couple years but it can't be too radical because of the stock compression ratio.
306 stock block / crank
Eagle steel I beam rods
Speed Pro forged pistons 9.5:1 (stock I think)
Melling high volume oil pump
FRPP E cam / 1.6 rockers
AFR 165 heads (or should I use 185's) with EGR
Typhoon intake (cheaper than the Performer and nearly the same)
70mm BBK TB/EGR spacer
80mm C&L mass air meter
A9P computer
30# injectors & stock rail
255lph fuel pump & Aeromotive AFPR
It's gonna sit in front of an AOD and 3.73's in a 90 notch (the car in my sig). But I'm only looking for theoretical flywheel horsepower, I can calculate the rest I think. I have everything except the heads, rockers, intake, and computer.
So what do you think I can do with this N/A? I may add a supercharger in a couple years but it can't be too radical because of the stock compression ratio.