212/218 c.c. versus tr224?
but I am trying to get into the 11's and wpould lik3 to know how much do you guys think the tr224 would increase hp/torque over the 212/218??? btw
dyno info in sig. which I thought is a little low but vets run that way
but I am trying to get into the 11's and wpould lik3 to know how much do you guys think the tr224 would increase hp/torque over the 212/218??? btw
dyno info in sig. which I thought is a little low but vets run that way
tr224 on a 112 lsa if you dynoed 343 with the 212/218 cam you are probably gonna notice a difference. My buddy Mike (posts here as Jaberwaki) his ws6 if im not mistaken put down somewhere in the 390 rwhp ballpark with his 224 through a cut out. i have a 224/228 on a 114 lsa and i dropped down 372 untuned. very streetable cam too. i was at 33X rwhp (dont have the dyno sheets infront of me right now) before the cam too.
so with that said, i think over the 212/218 cam you'd probably see a solid 25-35 rwhp difference, which i doubt by itself would get you into the 11's, but i wouldn't forsee just gears getting you into the 11's and staying there. to get there and stay there id suggest the 224 and gears. i would think that would get you into the 11's and keep you there.
Goodl uck man
so with that said, i think over the 212/218 cam you'd probably see a solid 25-35 rwhp difference, which i doubt by itself would get you into the 11's, but i wouldn't forsee just gears getting you into the 11's and staying there. to get there and stay there id suggest the 224 and gears. i would think that would get you into the 11's and keep you there.
Goodl uck man
tune it yourself?If I remember correctly increasing the duration on the ext. sidewas a little harder to tune but increased the top end?
tune it yourself?If I remember correctly increasing the duration on the ext. sidewas a little harder to tune but increased the top end?
A wide duration cam will own a small duration cam at high RPM. So my advise would be to rethink what that cam does best and maximise its potential before trying anything more costly.
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A wide duration cam will own a small duration cam at high RPM. So my advise would be to rethink what that cam does best and maximise its potential before trying anything more costly.
ADvance the cam? The torque was pretty flat peaking at 5000. How in the world did you get such a high torque number???restrictive exhaust???
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ADvance the cam? The torque was pretty flat peaking at 5000. How in the world did you get such a high torque number???restrictive exhaust???
ICL = Intake Centre Lobe angle
That is, then degree angle at which the intake starts to open.
If its like IVO 68* then you can advance it a few degrees to bring on the power earlier.
ICL = Intake Centre Lobe angle
That is, then degree angle at which the intake starts to open.
If its like IVO 68* then you can advance it a few degrees to bring on the power earlier.
and the cam I am currently running has 4 degs. advance built in should the next cam have 5 or 6 degrees built in ??? Am I reading this correctly???
and the cam I am currently running has 4 degs. advance built in should the next cam have 5 or 6 degrees built in ??? Am I reading this correctly???
I made a mistake earlier. When I said IVO I meant IVC, that is, Inlet valve Closing. IVC dictates the dynamic compression and hence if you advance the cam you increase dynamic compression by closing the valve earlier. Too much advance and you run into detonation. So in my previous example its the IVC that might have 68* ABDC. The IVO could have anything from 10* to 30* BTDC.
If you want power to come on earlier, and you have a cam with an IVC that permits a few extra degrees advance, then you can safely advance the cam to bring on the power and torque earlier. Cheaper than doing a cam swap, though not as thorough as the LSA will still be the same.
The earlier IVO the more dyamic
I made a mistake earlier. When I said IVO I meant IVC, that is, Inlet valve Closing. IVC dictates the dynamic compression and hence if you advance the cam you increase dynamic compression by closing the valve earlier. Too much advance and you run into detonation. So in my previous example its the IVC that might have 68* ABDC. The IVO could have anything from 10* to 30* BTDC.
If you want power to come on earlier, and you have a cam with an IVC that permits a few extra degrees advance, then you can safely advance the cam to bring on the power and torque earlier. Cheaper than doing a cam swap, though not as thorough as the LSA will still be the same.
The earlier IVO the more dyamic
thus learning from this the next cam all else be relatively equal the same line of thought should apply????thanks for the info !!!
was trying to be a sleeper but I just installed the Corsa catback system
soooo sleeper is out of the question. How do you figure out the overlap from cam specs?
Thanks if you guys know (and sorry for butting in Rays C5)...

