So now we have come into the new year and I have started my 2015 build.
Goals for 2015 are to pull the old motor and replaced with a fully built long block from Speed Performance.
My power goal for this year is 500whp, so to get there and be able to actually use it I needed some different/more parts this year:
My turbo setup this year is going to be the Garret GTX3076r .74 AR.
Such a beautiful turbo. Such a shame its hidden behind my motor.
Another guy is running this same turbo, but on stock motor and heads and just layed down 495 whp just last week. With my built/ported/polish heads , built bottom end and higher redline, this turbo should push me well into the 500 hp range.
After that point, Ill probally be stepping up the GTX3572R and seeing where that will take me.
I decided to ditch the stock manifold and went with a custom CNC aluminum Breedt Intake manifold. ( I also have each runner tapped for a meth nozzle to run port injection) This thing is a work of art :
Not my car, but gives you an idea of how it looks in the car :
Since I was having terrible traction issues last season, I ordered a new set of tires (Nitto NT-05 245/40/18) and a quaife limited slip differential. I think the mechanical diff will be a wicked upgrade to this car:
Since the motor and tranny are coming out (and the fact that I dont think the stock clutch will hold 400+ ft lbs of tq) i bought a SPEC stage 5 clutch - 6 puck disc with an unsprung solid hub. This thing is rated to 850 lbs of tq :
To keep things cool, and help me run more boost I picked up an Aquamist HSF-3 series kit with an Aquamist slim tank. I will be running port injection on this setup:
So all thats left to do is order the motor and order an auxilary fuel system.
More on the fuel system :
The Focus ST is a direct injection platform. Currently what we see is the system running out of fuel pressure when running upgraded turbos. The in tank pump is fine, its the mechanically driven pump in the engine bay that cant keep up. This is the same issue that the mazda speed platform has enecountered. There is also the lack of injector options, seeing as how developing Direct Injection injectors for these platforms are too costly.
What the mazda guys have ended up doing is running an auxillary fuel system. Essentially running a spacer between the intake manfold and engine, tapped for a set of injectors. Fuel rail, set of 4x2000cc injectors which are then tapping into the existing low pressure side of the HPFP in the engine bay. The fuel pump in the tank is upgraded and the new injectors are run off of what is essentially a 'split second fuel controller', This piggy back system is plugged into the stock coilpack systems and has its own "ecu" which then can be tuned to run and 'augment' the DI fuel system.
With this kind of setup, Speed Performance has seen 700 + whp on the mazda speed platform.
This will be the route that I will be going once the Speed Performance Fuel System is finalized. I hope to have the car running the summer!