After alot of murphy's law striking, and much frustration and dead time (injector/tps/wiring/battery/immobiliser/throttle body issues and power steering leaks, the intake is now on and working. running big time lean for mystery reasons, the car has again been trucked to the tuner for some tlc. photo of the intake with temp air filter on. fuel rail/fpr lines has since been reversed from this photo.
meanwhile i've been mucking about with a engine simulator program called pipemax 398, which is pretty popular in the states. plugged in my motors specs into it, it makes for some interesting figures. of note here is the 3rd harmonic (intake length) for 184c's at 8500rpm. its calling for 10.7inch's total length (which is 4.7-4.8inches head length) and a 5.9-6inch runner. for diameter, it recommends 2.5sq inches of flow tapered to 3.0sq inches at the plenum end.
then a found a member of the forum who actually had a custom one made to similar dimensions (cory), with the same cams.
which furthers my belief that my n1 runners were just too small to handle the flow needed.
motor is being wired up for the haltech ps1000 now, and should be on the dyno early next week.
meanwhile i've been mucking about with a engine simulator program called pipemax 398, which is pretty popular in the states. plugged in my motors specs into it, it makes for some interesting figures. of note here is the 3rd harmonic (intake length) for 184c's at 8500rpm. its calling for 10.7inch's total length (which is 4.7-4.8inches head length) and a 5.9-6inch runner. for diameter, it recommends 2.5sq inches of flow tapered to 3.0sq inches at the plenum end.
then a found a member of the forum who actually had a custom one made to similar dimensions (cory), with the same cams.
which furthers my belief that my n1 runners were just too small to handle the flow needed.
motor is being wired up for the haltech ps1000 now, and should be on the dyno early next week.