degree a torquer v2 cam
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Disregard my second post in this thread, lol.
On topic: I'd like to know how advancing it a few degrees would change the power under the curve. And how much you can advance it till it starts hurting performance.
Disregard my second post in this thread, lol.
On topic: I'd like to know how advancing it a few degrees would change the power under the curve. And how much you can advance it till it starts hurting performance.
Ex. If you install your 112+2 cam dot to dot if the cam is ground correct you would be installed with a 110 ICL. Which is what the cam is designed for. The degreeeing process simply verifies that it is in fact installed on the 110 ICL that it was designed for and that the cam was ground correctly. If you degreed the cam and it came out to be that the ICL wsas 108 then you would have to adjust your timing set 2 degrees to attain you cam's designed ICL.
How much you can advance it before hurting top end power too much depends on your cam and your set-up. They all vary.
Ex. If you install your 112+2 cam dot to dot if the cam is ground correct you would be installed with a 110 ICL. Which is what the cam is designed for. The degreeeing process simply verifies that it is in fact installed on the 110 ICL that it was designed for and that the cam was ground correctly. If you degreed the cam and it came out to be that the ICL was 108 then you would have to adjust your timing set 2 degrees to attain you cam's designed ICL.
How much you can advance it before hurting top end power too much depends on your cam and your set-up. They all vary.
My new advice is to degree it for sure. Why not take the time to verify the cam is going to act how you want it to act.


