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Join Date: May 2003
Location: Altoona PA
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Car: 92 Camaro RS
Engine: 3.1 L
Transmission: Auto
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I have been an avid reader of the boards for the past like 2 months just dont ever post cause i dont know much but i thank you guys for teaching me soooo much. THANKS!!!
BUt now i got a question i havent seen answered in teh search anywhere. First one is port and pollishing the heads and the intake what exactly does this mean cause i would like to do it cause it seems pretty popular, and also a stall converter i read some things of what kind to get for certain cars but no idea what exactly does so if you guys could hook me up with answers i would love you all even more (dont worry i got a g/f haha) thanks guys
Mitch
BUt now i got a question i havent seen answered in teh search anywhere. First one is port and pollishing the heads and the intake what exactly does this mean cause i would like to do it cause it seems pretty popular, and also a stall converter i read some things of what kind to get for certain cars but no idea what exactly does so if you guys could hook me up with answers i would love you all even more (dont worry i got a g/f haha) thanks guys
Mitch
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Car: 1988 Chevy Camaro Hardtop
Engine: Turbocharged/Intercooled 3.1
Transmission: World Class T5 5 Speed
Aight Mitch, it's like this.
Port/Polish the intake/heads/exhaust helps to eliminate the casting 'flash' (roughness) and help air enter smoother, and quicker. More air in + more air out = more hp.
Same thing for the intake, and exhaust manifolds.
a stall converter works like this -
Imagine a stall converter with a stall of 2000 rpm.
If you floor it, your engine will rev to 2k, then the tranny kicks in (yes, mucho simplified, but that's basically it).
Stock is like 1500-1700rpm (?) It really depends on where your engine makes power. You want your stall speed to be about where your engines powerband really kicks up. a 2200-2400 would be good on a well tuned, mildly modded 3.1.
Port/Polish the intake/heads/exhaust helps to eliminate the casting 'flash' (roughness) and help air enter smoother, and quicker. More air in + more air out = more hp.
Same thing for the intake, and exhaust manifolds.
a stall converter works like this -
Imagine a stall converter with a stall of 2000 rpm.
If you floor it, your engine will rev to 2k, then the tranny kicks in (yes, mucho simplified, but that's basically it).
Stock is like 1500-1700rpm (?) It really depends on where your engine makes power. You want your stall speed to be about where your engines powerband really kicks up. a 2200-2400 would be good on a well tuned, mildly modded 3.1.
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