Mild/aggressive cam help
But what do I know, I am not a 14 second class winner.
if you have a 4k converter then get a cam that just gets going a little before 4k, why have a cam that kicks in at 2500 when your not even using it?
Last edited by BODUKE; Mar 13, 2013 at 10:02 PM.
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This was in October. I would expect ordering anything between Jan-April to take longer due to high order demand as people gear up for racing season and spending tax return money. I just ordered some gauges from Dakota Digital and it took nearly a month to get them.
With a 4000rpm stall converter, there is no point in having a smaller cam that will make more power in the 2000-4000rpm range. Why is that you ask? Because when you floor the car, the rpm will jump straight to 4000rpm going right past all those gains your smaller cam would of gotten you.
That said, I would strongly suggest our LS2 Stage 2 or Stage 3 TorqueMAX camshaft. Stage 2 is 231/235 .617"/.621" 111+2 and Stage 3 is 235/239 .621"/.624" 112+2. The entire TorqueMAX line has been making some huge gains lately with impressive power curves to boot.
I had a customer make a hair over 400rwhp with a A4 and the Stage 2 TorqueMAX cam I mentioned above cam-only with a FTI 3800 stall. He loves it.
Out of the 2, I would lean towards the Stage 2 with stock heads/compression and the Stage 3 with a little compression bump.
This was in October. I would expect ordering anything between Jan-April to take longer due to high order demand as people gear up for racing season and spending tax return money. I just ordered some gauges from Dakota Digital and it took nearly a month to get them.
With a 4000rpm stall converter, there is no point in having a smaller cam that will make more power in the 2000-4000rpm range. Why is that you ask? Because when you floor the car, the rpm will jump straight to 4000rpm going right past all those gains your smaller cam would of gotten you.
That said, I would strongly suggest our LS2 Stage 2 or Stage 3 TorqueMAX camshaft. Stage 2 is 231/235 .617"/.621" 111+2 and Stage 3 is 235/239 .621"/.624" 112+2. The entire TorqueMAX line has been making some huge gains lately with impressive power curves to boot.
I had a customer make a hair over 400rwhp with a A4 and the Stage 2 TorqueMAX cam I mentioned above cam-only with a FTI 3800 stall. He loves it.
The customer you spoke of that makes a hair over 400hp, do you know if this cam makes excessive valve train noise on his car? Does he have a dyno graph or track times?
How is the tq for this cam? Right now I am at 320/321 hp/tq with a half assed street tune. I'm okay with making 370-380 on the same dyno, 400 would be great, but I want to gain some nice tq with a good curve as well.
How is the driveablilty with the cam? Any stalling issues coming to a stop? Pulling away from a stop is fine?
What would be the approx shift point for the cam?
What injectors do use suggest for this cam?
Does the cam have enought power to break a 10 bolt? Just kidding, I already cut mid 1.6's so I know I'm on borrowed time.
Thanks.
The customer you spoke of that makes a hair over 400hp, do you know if this cam makes excessive valve train noise on his car? Does he have a dyno graph or track times?
How is the tq for this cam? Right now I am at 320/321 hp/tq with a half assed street tune. I'm okay with making 370-380 on the same dyno, 400 would be great, but I want to gain some nice tq with a good curve as well.
How is the driveablilty with the cam? Any stalling issues coming to a stop? Pulling away from a stop is fine?
What would be the approx shift point for the cam?
What injectors do use suggest for this cam?
Does the cam have enought power to break a 10 bolt? Just kidding, I already cut mid 1.6's so I know I'm on borrowed time.
Thanks.
The torque curve and figures for all the SNS TorqueMAX cams will be higher than others of similar duration due to their design. That was the whole idea behind the Saturday Night Special(SNS) line-up was to make peak power like larger cams, not have to rev them to as high of a RPM as those larger cams, make more under the curve power and torque than those larger cams and sound like a larger cam all at the same time. The dyno he was on at the time didn't have a functional tach pick-up so no torque figures were recorded.
With the amount of overlap this cam has, with a tuner that will actually spend some time on your tune and not just stick it on the dyno for 3-4 hours and call it done, you will not have any of the issues you're worried about when driving the car. If the car dies coming to a stop or when pulling away from a stop that is purely a tune related issue.
I would shift this cam around 6500-6600rpm and I'd use 36-42# injectors as well.
To answer your 10 bolt question....will I be held liable for damages? LOL...JK!









