Stillen Supercharger Installed!!!!!
I can't imagine that your engine is covered by any warranty from Stillen. Especially if you installed it yourself! Why would Stillen cover a blown engine if the installer made a mistake?
Originally posted by Dr Bonz
I can't imagine that your engine is covered by any warranty from Stillen. Especially if you installed it yourself! Why would Stillen cover a blown engine if the installer made a mistake?
I can't imagine that your engine is covered by any warranty from Stillen. Especially if you installed it yourself! Why would Stillen cover a blown engine if the installer made a mistake?
Originally posted by Dr Bonz
I can't imagine that your engine is covered by any warranty from Stillen. Especially if you installed it yourself! Why would Stillen cover a blown engine if the installer made a mistake?
I can't imagine that your engine is covered by any warranty from Stillen. Especially if you installed it yourself! Why would Stillen cover a blown engine if the installer made a mistake?
Bottom line: More power does not equal Reliability!
And please, don't post no **** like "I did such and such to my car and it lasted me 200 years already!"
I'm making a general statement. There's always exceptions.
It appears to be volts, oil pressure and air temp? Nice job on the gauges given attention to detail and precision. Nice combination of gauges as well EGT, A/F, Boost, and oil pressure very important when you have modifications of this level done to a NA car. Nice job!
Andy
www.i-speedusa.com
Andy
www.i-speedusa.com
One of the main reasons that I visually dislike the Stillen intercooler is the black hoses that just seem to be laying in the engine compartment. Is there a better way to route the hoses. Also, would it be possible to use braided line with AN fittings to connect to the IC and the intake?
There are 2 heat exchangers and a water pump. One heat exchanger in front of the car and the other one is under the upper plenum. Water pumps through the front heat exchanger and cool water circulates through the heat exchanger under the upper plenum. When the air passes through it, it exchanges heat and the hot water is carried to the front of the car to get cooled again.
Wouldnt that limit the cooling to the temperature of the water? Since air flowing in from the front could be 50 to worse case in Texas 100 degrees outside, wouldnt a air to air be more effective?
I doubt the water ever gets any cooler than 100 after the car is running.
I doubt the water ever gets any cooler than 100 after the car is running.
Originally posted by m3powerrr
There are 2 heat exchangers and a water pump. One heat exchanger in front of the car and the other one is under the upper plenum. Water pumps through the front heat exchanger and cool water circulates through the heat exchanger under the upper plenum. When the air passes through it, it exchanges heat and the hot water is carried to the front of the car to get cooled again.
There are 2 heat exchangers and a water pump. One heat exchanger in front of the car and the other one is under the upper plenum. Water pumps through the front heat exchanger and cool water circulates through the heat exchanger under the upper plenum. When the air passes through it, it exchanges heat and the hot water is carried to the front of the car to get cooled again.



