How good is your factory Airbox... We test it!
We are unsure of what core Champion uses to construct their IC's, but from our findings we offer by far the largest IC's on the market. They will surely support a 1200+ HP setup.
I grabbed some info from Tip car we are finishing up. This 997 also has an aftermarket open filter intake.
84 degree day
idle IAT was 107 degree
2nd thru 3rd gear pull we saw 116 degree
This was at approx 1.5 bar / 800 awhp.
please let me know if I can be of any further assistance
Larry
I grabbed some info from Tip car we are finishing up. This 997 also has an aftermarket open filter intake.
84 degree day
idle IAT was 107 degree
2nd thru 3rd gear pull we saw 116 degree
This was at approx 1.5 bar / 800 awhp.
please let me know if I can be of any further assistance
Larry
-Martin
We are unsure of what core Champion uses to construct their IC's, but from our findings we offer by far the largest IC's on the market. They will surely support a 1200+ HP setup.
I grabbed some info from Tip car we are finishing up. This 997 also has an aftermarket open filter intake.
84 degree day
idle IAT was 107 degree
2nd thru 3rd gear pull we saw 116 degree
This was at approx 1.5 bar / 800 awhp.
please let me know if I can be of any further assistance
Larry
I grabbed some info from Tip car we are finishing up. This 997 also has an aftermarket open filter intake.
84 degree day
idle IAT was 107 degree
2nd thru 3rd gear pull we saw 116 degree
This was at approx 1.5 bar / 800 awhp.
please let me know if I can be of any further assistance
Larry
Would you be willing to share a datalog of peak temperatures on a high speed run? It would be very useful for those of us who are looking to invest in improved ICs.
Looking at your post, it appears your idle temp was very high, even for the ambient temperatures with the aftermarket intakes.
I didn't see a comment on the 'air inlet tubes'. Do you believe that one would not experience a benefit by changing the Porsche stock inlet tubes? I hear from many sources that the stock tubes are restricted in size by the body and frame and therefore cannot provide as much air to the turbos as the fenderwell intakes do. I would think that by dramatically reducing the air flow distance to the turbos and providing a higher volume of air to the turbos that we would receive a quicker spoolup and reduced lag. Has anyone dyno'd a before and after?
Hello Larry,
Would you be willing to share a datalog of peak temperatures on a high speed run? It would be very useful for those of us who are looking to invest in improved ICs.
Looking at your post, it appears your idle temp was very high, even for the ambient temperatures with the aftermarket intakes.
Would you be willing to share a datalog of peak temperatures on a high speed run? It would be very useful for those of us who are looking to invest in improved ICs.
Looking at your post, it appears your idle temp was very high, even for the ambient temperatures with the aftermarket intakes.
Larry
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