416 cam advice!
Now looking for the camshaft that will help me to get the power range to 550hp.
What specs should i go with, its not a daily drive car so i wanna maximum power from it.
c5 zo6
102/90 intake and tb
821 heads - will upgrade in future to PRC or TFS
Wiseco -3 pistons
Callies crank and rods
239/254 .624"/.595" 114+3
Is that will be good for my setup ?
Thx
Last edited by lastlumina; Mar 13, 2016 at 05:49 PM.
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Now looking for the camshaft that will help me to get the power range to 550hp.
What specs should i go with, its not a daily drive car so i wanna maximum power from it.
c5 zo6
102/90 intake and tb
821 heads - will upgrade in future to PRC or TFS
Wiseco -3 pistons
Callies crank and rods
239/254 .624"/.595" 114+3
Is that will be good for my setup ?
Thx
You'll need a pretty aggressive cam to hit those numbers as well, but that will also depend on the heads and their flow curves.
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I am interested to see Rick Crawford porting results.
Good luck with your build
You'll need a pretty aggressive cam to hit those numbers as well, but that will also depend on the heads and their flow curves.
I know that can't hit 550rwhp with stock heads, going with PRC 260 mild to 65 in future.
Try to get a thinner .040" gasket to decrease your quench volume and you'll kill two birds with one stone. More compression and tighter quench for added N/A power.
And the answer, in maybe 75% of the time is that you can't.
In that other 25% of the time, you have to look at what is 'most likely' in an engine build for a street engine using the 'common' specs of aftermarket parts. To that end:
1. In street used engines (including the LS platform), ideal quench normally in the .030" to .040" range with most aiming for the middle (.035"-ish);
2. The higher the compression, the more critical it is to reach ideal quench.
3. Most stroker rotating assemblies are gonna put the piston in the hole at TDC from .005" to zero deck. I'm sure that they must be outliers somewhere.....but I haven't seen or heard of them;
4. Taking this into consideration, the combustion chamber size expressed by the OP and the compression he sites, it's a damn good assumption that the pistons are a bit in the hole with a 3cc to 7cc valve relief. That being the case......a .051" gasket is a bad idea for an engine with 11.7:1 compression particularly when max power is sought.
5. I wouldn't state a specific gasket without knowing the where the piston is in the hole.....but I'd shoot for .035" quench.....final compression ratio be damned. Martin, IMO, sited a smarter alternative to the .051" gasket while still keeping an eye on a 'safe' CR (he can correct me if I'm wrong).
KW





