valve train
well, the balance shafts and valve springs will kind of ,imit your max RPM to around 7000RPMs, maybe a little more. Your cam profile will also limit power gained to around 6800RPMs. power starts dropping off very fast after 6100RPMs with the stock cams
The valve train is good till 7000rpm so upgrade the valve springs and all that. So if you keep it around 6800rpm it should be good. Neutral balance shafts will allow you to rev up to 8000rpm after you upgrade the valve train. You have an American car not Japanese. Our cars aren't making power like a Honda does at 8000rpm
ok lets say if i upgraded my valvesprings and put oversized valves in would it be good up to like 6500rpms on factory cams, im just trying to get as much flow as can with the turbo
have you talked to a shop about doing the head work for you cuz it gets expensive... i put my own valve springs in cuz a shop wanted over 300 just to put them in... but if you want to put over sized valves in your gonna have to pay them to bore out your ports
my family owns a performance machine shop, not so much worried about that, ill prolly get a port and polish job done as well. the only thing id have to pay for would be is the bits if they break
You are thinking too much about parts and not enough about results. As mentioned, this isn't a honda.
Acceleration comes from torque, not horsepower. Yes, you make more horsepower at higher RPM's, but you should be caring about torque. The stock cam torque curve is between 3000-5500 RPM, so if you are staying with stock cams, your don't have to do a damn thing to your valve train. Now if you change cams, your have to consider the new torque curve for those cams, and then plan accordingly.
Acceleration comes from torque, not horsepower. Yes, you make more horsepower at higher RPM's, but you should be caring about torque. The stock cam torque curve is between 3000-5500 RPM, so if you are staying with stock cams, your don't have to do a damn thing to your valve train. Now if you change cams, your have to consider the new torque curve for those cams, and then plan accordingly.
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