Now that is a set of headers
Originally posted by TheShow50h
236/248 @.050
236/248 @.050
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'99 GT 35th Anniv - 13.01 @ 107.4 w/ cams & bolt-ons - Sold
'03 Audi A4 1.8TQ - :gordy:
► Home Buying & Selling Finance Tips ◄
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'99 GT 35th Anniv - 13.01 @ 107.4 w/ cams & bolt-ons - Sold
'03 Audi A4 1.8TQ - :gordy:
► Home Buying & Selling Finance Tips ◄
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For what we are talking about, the cam height really doesn's matter. What we car about is cam crossover/overlap/seperation. These all really tell the same thing. The more the seperation, the less time the intake and exhaust are open together. Good example is high rpm cam has a seperation of 108-110. Good street cam is about 114.
http://www.auto-ware.com/combust_bytes/camspecs.html
A B303 has 112, I have 106 <-- idles @1200 rpm.
http://www.auto-ware.com/combust_bytes/camspecs.html
A B303 has 112, I have 106 <-- idles @1200 rpm.
Originally posted by Strokd85
Why stainless vs. the Jet Hot coating? Nice either way.. mine aren't quite as big (2" pri with 4" collector) but then again neither is my motor..
Why stainless vs. the Jet Hot coating? Nice either way.. mine aren't quite as big (2" pri with 4" collector) but then again neither is my motor..
Originally posted by racingtheburg
no flange ?????? huh wierd nice headers tho
no flange ?????? huh wierd nice headers tho
Turbo cars consitently make less mph that blower cars. At 800 feet the turbo car is at full boost and in top gear. At 800 the blower car is in top gear, but the boost keeps coming and coming. I will get you some numbers but I am absolutley sure of this. Superchanged cars chase everyone down (cfm for cfm).


