Best under the curve cam?
Last edited by slow ride 02; Dec 5, 2008 at 01:51 PM. Reason: Added
Stay on the 114 LSA if you plan to mill the heads. Anything smaller and PTV clearance issues will be a problem.
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Its just a tough combination to beat not to mention its proven (there must be a hundred happy owners of that cam).
Need more proof....
Here's an "in car" track video I took with my original 346 H/C bolt on C5...I'm clicking off these shifts at 7K and as you can tell its not laying down....that was the optimal shiftpoint for this combination
Aaaaaaahhhh.....damn....have that vid on my computer at AFR. Im going to be there tomorrow for a little bit. I will update this thread with a link then.
-Tony
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Is not avg hp its all about a peak number right?!? LOL
Last edited by 99blancoSS; Dec 6, 2008 at 09:17 AM.

is not avg hp its all about a peak number right?!? Lol
Its just a tough combination to beat not to mention its proven (there must be a hundred happy owners of that cam).
Need more proof....
Here's an "in car" track video I took with my original 346 H/C bolt on C5...I'm clicking off these shifts at 7K and as you can tell its not laying down....that was the optimal shiftpoint for this combination
Aaaaaaahhhh.....damn....have that vid on my computer at AFR. Im going to be there tomorrow for a little bit. I will update this thread with a link then.
-Tony
I know it's too much to get into bringing up the aspect of it on a low boost procharged car.
For boosted cars I would add 4-6 degrees to the exhaust side and add one degree to the LSA to cut back on the additional overlap that would create.
So a 224/232 for instance on a 115 LSA would be a good all around blower cam....honestly with a blower you could even go a tad smaller on a 346 but the previous cam I mentioned would make big power assuming good heads, adequate exhaust system, etc.
-Tony
Last edited by Tony Mamo @ AFR; Dec 6, 2008 at 05:25 PM.
Same Mustang Dyno and dyno operator before and after. Intake air temps were 8-10 degrees cooler (intake air temps were in the low 70s) when the cam was dynoed. A/F ratio was set at a conservative 12.6, timing at 26-27 degrees, 93 octane. I just installed bigger injectors since I didn't plan on such a large jump in power with the cam. Duty cycle jumped from 87% max to 101% after the cam. SVO 30lbs (34-36lbs at 58psi) just brought the duty cycle down to 78% max.
All the cams listed by the OP are cams I am considering as well. By the specs, they look very similar; however I do not understand how the cams will vary the valve events and thus effect the torque curve of the engine. Can anyone advise what the differences would be between these very similarly spec'd cams?
Thanks.
Its just a tough combination to beat not to mention its proven (there must be a hundred happy owners of that cam).
Need more proof....
Here's an "in car" track video I took with my original 346 H/C bolt on C5...I'm clicking off these shifts at 7K and as you can tell its not laying down....that was the optimal shiftpoint for this combination
Aaaaaaahhhh.....damn....have that vid on my computer at AFR. Im going to be there tomorrow for a little bit. I will update this thread with a link then.
-Tony
-Tony
What springs were used with that cam?






