over the radiator intercooler pipes on a NA ?
Haha. I'm going around the radiator like you folks have never seen before. Well, one guy with a NA did it, but he had to remove his headlights for it to work. Not on my NB.
Though it is not exactly the same as an NA, on my NB i dropped the radiator about 1.5" and tilted the top about 6"-7" towards the engine; this is with a 2" thick core oversized radiator and the stock A/C condenser. I have an over the top intercooler setup with 2.5" tubing, , and it clears the hood with no cutting.
Seems like you could do the same on an NA though you will have to fab some lower radiator bracket extenders. But that is no big deal IMO. You will also need slim fans.
Seems like you could do the same on an NA though you will have to fab some lower radiator bracket extenders. But that is no big deal IMO. You will also need slim fans.
I removed my hood latch assembly and will be feeding the ic pipes through the center part. I had to cut the underside of my hood but then again, im not using a stock hood
Not sure if I understand well but... correct me if I'm wrong but, the there is no link between the 2. The IAT must be as close as the manifold as possible to be sure that it reads the temperature of the air that enter the combustion chambers no?
that little kink on the TD setup that goes around the radiator hose is really key, I'm using straight pipe and one of those hump connectors, so it'll bend a little bit. its pressed right up against that radiator hose though. I don't know how you guys move your radiator, seems like if you did that S coolant hose would kink trying to go slightly backwards to connect to the head.
The point is moving the air filter somewhere else where it can get cooler air will improve performance and system efficiencies. You wouldn't hook a hose in your cooling system bypassing the radiator would you? So why would you put the air filter where it can pick up heat dumped by the various heat exchangers and then send it back to be dumped again? The denser the air going in the turbo, the better. Granted, hot air intakes on turbo setups is common. But that doesn't mean it's ideal.
The point is moving the air filter somewhere else where it can get cooler air will improve performance and system efficiencies. You wouldn't hook a hose in your cooling system bypassing the radiator would you? So why would you put the air filter where it can pick up heat dumped by the various heat exchangers and then send it back to be dumped again? The denser the air going in the turbo, the better. Granted, hot air intakes on turbo setups is common. But that doesn't mean it's ideal.
But in that low filter setup, I'd be woried more about water getting into it than the hot air it sucks.





Will do a writeup whenever I finally finish this and get turbo'd. But this IC mounting method has it's advantages for NB's.







