Cam decision
TRick flow cam
220/224 @ .050
.575 lift
112lsa
Comp XR275HR
222/224 @ .050
.566/.568 lift
112lsa
I'm leaning more twards the comp cam. Im just looking for a fun street car to drive around with about 350rwhp. Would this cam work well for mysetup?
Why don't you look into a Tick Torquemax stg.1. It'll need dual springs due to the high lift, but the durations are similar to the cams you posted, and the Tick cam will make more power.
Why don't you look into a Tick Torquemax stg.1. It'll need dual springs due to the high lift, but the durations are similar to the cams you posted, and the Tick cam will make more power.
Just got done looking over the Tick torquemax. So how would the more lift make it perform? And how would 111+2 lsa make it feel? Either these cams should hopefully hit my goals I would hope.
Last edited by rayfrausto; Jan 29, 2016 at 12:52 AM.
This is the Cam I would use:
http://store.cammotion.com/the-titan2
221/226 on 112 LSA with a 110 ICL. With .595"/.586" lift, it can be run with either beehive performance valve springs or dual springs.
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Do some searches on here about Cam Motion camshafts. I think they are the best quality, best engineered cams available for LS engines.
This is the Cam I would use:
http://store.cammotion.com/the-titan2
221/226 on 112 LSA with a 110 ICL. With .595"/.586" lift, it can be run with either beehive performance valve springs or dual springs.
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With the 3200 stall and it being a LM7 dished piston 5.3, just make sure to keep the IVC event under 40-41* ABDC and keep overlap at 0* @.050 or less.
I would suggest a 220/224 .595/.578 112+2, nearly identical to the Titan 2.
With the 3200 stall and it being a LM7 dished piston 5.3, just make sure to keep the IVC event under 40-41* ABDC and keep overlap at 0* @.050 or less.
I would suggest a 220/224 .595/.578 112+2, nearly identical to the Titan 2.









