I need a more aggressive cam
Since I'll be without boost for awhile I thought it would be a good idea to go with a slightly bigger cam while I have easy access to do it. Would be nice to make more power as a N/A setup til I get the turbo/blower build on. I done a little searching and found some guys using cams along these specs...
23x/23x//114
23x/24x//114
My car will be driven around town everyday so I don't want to get too radical but I definitely want to go bigger. What would you suggest? EPP sells their FI cam similar to those specs. Also, can I reuse the Precision dual valve springs or do I have to get new ones??
Since I'll be without boost for awhile I thought it would be a good idea to go with a slightly bigger cam while I have easy access to do it. Would be nice to make more power as a N/A setup til I get the turbo/blower build on. I done a little searching and found some guys using cams along these specs...
23x/23x//114
23x/24x//114
My car will be driven around town everyday so I don't want to get too radical but I definitely want to go bigger. What would you suggest? EPP sells their FI cam similar to those specs. Also, can I reuse the Precision dual valve springs or do I have to get new ones??
For FI I'd suggest something with a 115LSA (or more). I run a CC228. Works well for my application. My friend has the EPP cam. I was impressed with the power and drivability on that setup....and it had a nice sounding idle too.
The latter cam definetly requires springs good to .650 lift. I sold a guy this cam who installed it several weeks ago, and for the time being without using any type of forced induction. He e-mailed me to say he picked up 35 to 40 rwhp over his stock cam, and he loves the sound of it! Bob
I sold a guy this cam who installed it several weeks ago, and for the time being without using any type of forced induction. He e-mailed me to say he picked up 35 to 40 rwhp over his stock cam, and he loves the sound of it! Bob
Keith
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I sold a guy this cam who installed it several weeks ago, and for the time being without using any type of forced induction. He e-mailed me to say he picked up 35 to 40 rwhp over his stock cam, and he loves the sound of it! Bob
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We built this Corvette back in 04, it is back at the shop. We just added a larger fuel system and we hit 860 rwhp with it. We would of seen more horsepower but we kept getting excessive tire spin, even with extra straps pulling straight down on the rear. This Z06 is a 347 and this is the first car we ever put this camshaft into. Bob
As stated, cam comes in 32-3500.
Numbers in sig.
I really like the cam, it has an awesome idle, and driveability is great.
FWIW, i can't find anything i don't like about that cam. But you need good springs.
Hope this helps.
--Mike
I would go under 600 lift to extend valve spring life and keep things farther away from valve float since boosted engines push the springs harder.And personally don't like much lope or surge and want easy tuning.
That is pretty much what I did in my project. Lift was mid 550s with the cam I have so went to 1.8 rockers to up things a bit. LSA is big so not expecting any lope or surging or tuning hassles. Duration and split...well everyone has a theory on that.
Here are specs on gt7 cam..
Lingenfelter GT7 208/230 .554/.546 –121CL
With 1.7 rockers.
Keith

This cam tends to peak around 6400 in a 346 with a blower, turbo cars a tad shorter depending on back pressure.
For a 400in engine, we have a 236/246 to let it pull up top around 6400-6500.
Obviously if you have custom cylinder heads and a hand ported intake and what not, a shelf cam is usually leaving power on the table.
As stated, cam comes in 32-3500.
Numbers in sig.
I really like the cam, it has an awesome idle, and driveability is great.
FWIW, i can't find anything i don't like about that cam. But you need good springs.
Hope this helps.
--Mike
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