Need help choosing a stealth cam
#1
Need help choosing a stealth cam
Ive been researching a **** load of trying to find the perfect stealth cam. Id like to here your thoughts & experiences.
Heres the criteria:
Must work well with stock 01 manifolds
Must have stock like idle
More power under the curve
No noisey valve train
I know most people will say CHEATR cam but from my research, that cam with it's giant lift needs dual springs which create the noisy valvetrain.
Other's will say the LS6 cam or GT2-3. From my research these 2 cams really dont show any power increase below 4000rpm so there out.
I was thinking of the 215/224 115+5 or maybe the Comp 216/220 115
let me here your thoughts
Heres the criteria:
Must work well with stock 01 manifolds
Must have stock like idle
More power under the curve
No noisey valve train
I know most people will say CHEATR cam but from my research, that cam with it's giant lift needs dual springs which create the noisy valvetrain.
Other's will say the LS6 cam or GT2-3. From my research these 2 cams really dont show any power increase below 4000rpm so there out.
I was thinking of the 215/224 115+5 or maybe the Comp 216/220 115
let me here your thoughts
#3
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That is absolutely incorrect. I have a very aggressive lobe on my cam with dual springs and my valve-train is quiet as a mouse. And, I have heard lots similar.
#4
Here are the cams ive been really looking at:
216/220 Comp XR269HR
216/224 115+5 .551/.551 Vinci/Crane "The Boss"
218/224 115+5 SLP cam
214/230 117 Cheatr Cam
I went through this research when I bought my comp 230/230 110lsa XER years ago, I thought that cam was going to be much better than the TR230 or the MTI X1 when in the end, they were extremely similar with power and wasnt worth racking my brain trying to pick the "magic" cam.
All the cams I have been looking at will probably produce very similar number's
Last edited by 30th t/a; 03-05-2011 at 09:01 AM.
#5
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i have a TR224 cam with comp 918s, titanium retainers, hardend pushrods, etc...etc... and valvetrain noise wise it sounds stock. i guess it's just all in the setup process. just go with a mild cam and you won't be dissapointed
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#9
TECH Enthusiast
Ive been researching a **** load of trying to find the perfect stealth cam. Id like to here your thoughts & experiences.
Heres the criteria:
Must work well with stock 01 manifolds
Must have stock like idle
More power under the curve
No noisey valve train
I know most people will say CHEATR cam but from my research, that cam with it's giant lift needs dual springs which create the noisy valvetrain.
Other's will say the LS6 cam or GT2-3. From my research these 2 cams really dont show any power increase below 4000rpm so there out.
I was thinking of the 215/224 115+5 or maybe the Comp 216/220 115
let me here your thoughts
Heres the criteria:
Must work well with stock 01 manifolds
Must have stock like idle
More power under the curve
No noisey valve train
I know most people will say CHEATR cam but from my research, that cam with it's giant lift needs dual springs which create the noisy valvetrain.
Other's will say the LS6 cam or GT2-3. From my research these 2 cams really dont show any power increase below 4000rpm so there out.
I was thinking of the 215/224 115+5 or maybe the Comp 216/220 115
let me here your thoughts
http://www.lingenfelter.com/sites/li...mationv2.4.pdf
Dave
#10
TECH Enthusiast
LPE - Lingenfelter GT-11 Cam Specs
CAM SPECS:
Intake Exhaust
Valve adjustment: HYD HYD
Lobe lift (inches): 0.370 0.378
Valve lift (inches): 0.629 0.643 with 1.7 rocker ratio
Valve lift (inches): 0.666 0.680 with 1.8 rocker ratio
Duration @ 0.006": 265 281
Duration @ 0.050": 215 231
Lobe Separation Angle (LSA): 118.0
Degrees of advance: 0.0
Valve timing @ 0.050" tappet lift: Opening Closing
Intake -10.5 BTDC 45.5 ABDC
Overlap angle -13.0
Exhaust 53.5 BBDC -2.5 ATDC
These specs are with cam installed at: 118.0 intake center line 118.0 exhaust center line
Recommended installation angle: 118 (intake center line angle)
Dave
CAM SPECS:
Intake Exhaust
Valve adjustment: HYD HYD
Lobe lift (inches): 0.370 0.378
Valve lift (inches): 0.629 0.643 with 1.7 rocker ratio
Valve lift (inches): 0.666 0.680 with 1.8 rocker ratio
Duration @ 0.006": 265 281
Duration @ 0.050": 215 231
Lobe Separation Angle (LSA): 118.0
Degrees of advance: 0.0
Valve timing @ 0.050" tappet lift: Opening Closing
Intake -10.5 BTDC 45.5 ABDC
Overlap angle -13.0
Exhaust 53.5 BBDC -2.5 ATDC
These specs are with cam installed at: 118.0 intake center line 118.0 exhaust center line
Recommended installation angle: 118 (intake center line angle)
Dave
#11
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All these are still too big for what the OP asked.
The old Crane 210/218-114+4 was ahead by 1600, on a stock LQ9. It peaked at 5600, which is where a stock LS1 peaks.
COMP can grind you this with lift in the low 0.560s, which works with the GM LS6 springs, and is more lift than Crane offered.
The old Crane 210/218-114+4 was ahead by 1600, on a stock LQ9. It peaked at 5600, which is where a stock LS1 peaks.
COMP can grind you this with lift in the low 0.560s, which works with the GM LS6 springs, and is more lift than Crane offered.
#13
TECH Senior Member
Exhaust is critical and that is a 4K rpm+ cam. Did low 11s easily.
The 218/230 above would be better suited on a 114+3 LSA