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That manifold has some seriously short runners. I wonder what your powerband will be like. Are you still planning to run the GT30R? Sick build dude.
The runners aren't
that short. Dont forget they do come up into the plenum a bit aswell. This will be a high RPM car- is still a 2.0L dont forget. Room is also an issue with these cars- clearing the master cylinders (don't forget this is RHD). The turbo i'm using is a GT4088R .95A/R
Here's a pic of one installed on an E39A VR4 (notice there's no master cylinders)
I chose Performance Metalworks to fabricate the intake manifold, as their work is amazing, and their stuff has been fitted to some of the fastest EVO's and VR4's in the world.
We also recently flow tested a small port (2g) intake manifold and the results were incredible. 2cfm difference difference in each runner. 438, 438, 436, 436 (CFM)
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Those cars are solid rear-end, right?
Yes. 2.846 ratio. I will be using a welded CD5W Libero GT diff centre and shafts in the stock CYBORG diff housing. That will give me the 3.545 ratio to match the rest of the driveline which is from an E39A VR4. PPG will be the ones entrusted to build the gearbox, to cope with 9000+ rpm shifts. Depending on how the transfer case and rear end holds up, there's always a Toyota Hilux 3.5:1 LSD rear diff conversion and shep trans transfer case, but for the time being, the stock stuff will have to do- and will do for 10 second passes at least!
Should easily pull 10's on pump, but in saying that- it always takes time to get the setup running right, to get the times i'm after.
(Plus, the car actually has to be built first)