Pro drift car, LS drop in
Note to self, I should have gotten the Wilwood slave right away, the stock 350Z master just doesn't cut it for the LS motors (not enough fluid volume to fully release the clutch).
Once the metric hole on the clevis has been tapped to Wilwood's standard SAE thread, you screw it onto the Wilwood master cylinder rod just like on the 350Z master (adjust the clevis position to the same distance from the firewall side of the adapter plate to the clevis pin hole, as you had before, then you get the correct pedal travel amount), then simply bolt the new master cylinder to the firewall using the adapter that allows you to use the original 350Z firewall holes.
Bleeding it with the Fueled Racing bleeder line, which is long enough to reach up behind the engine, it's a really easy bleed, either with a vacuum bleeder on the bleeder adapter and just fill the master as you bleed out air/fluid, or have a friend pump the pedal (brake bleed style method).
The ACT 925lb/ft pressure plate is a direct LS OEM replacement fit and makes the clutch feel great, it is now medium/firm instead of a sloppy featherweight pedal and it requires the perfect amount of clutch pedal pressure to depress, and it's very easy to feel exactly where it grabs/releases.
The team is almost done with the new radiator fabbing and custom front crashbar. I can't wait to get this thing on the dyno and start testing!
LS2/L92 heads/LS3 intake, XR281HR Comp cam, long Fueled Racing headers, custom made Berk Technology exhaust, Champion spark plugs, ACT clutch system, Fiveo injectors, all controlled by AEM Series 2 ECU, tuned by Mitch Petersen Tuning.
Powerwise it hit pretty much right on the target of the Car Craft article where they slapped on non-ported L92 heads on a 6.0. Decking and porting heads will gain some but we don't need it since next step is to force feed this baby... we are only getting started.
Last edited by MrWhite; Aug 2, 2013 at 07:23 PM.
Got a 100 shot to install end of this week, as a temporary power adding solution while waiting for turbo headers.
The chassis didn't need much attention in terms of setup changes, as of yet. We definitely can use more grip now with the added power and torque.
The Best V8 Stories One Small Block at Time
First of all, we ran nitrous at end of 2013 which gave an extra 101hp and 150 lb/ft of torque coming on (of course with separate nitrous map using our AEM S2 ECU, triggered to switch and inject nitrous over 85% throttle and minimum 3400 rpm). Worked great and I gotta tell you, when the nitrous kicks in, it's a pretty cool feeling. We found that a dual (parallell) solenoid and bottle hteater helped a great deal with consistency of power delivey.
So after that I became a power junkie but since I don't want to keep filling nitrous bottles we're instead adding a single turbo to the heads and cammed LS2.
This GTX4088R will be able to produce a ton of power for our Fueled Racing V8 with very quick spool thanks to the turbine side twin inlet design.
More photos from the fabrication process will be posted soon.
Reverse truck headers with cut flanges, added typical bolt flanges rotated to clear the shock towers, alternator and everything else.
Cold air is now pushed through the grille directly onto the turbo and will pass it backwards under the car, along with the straight shot downpipe on the passenger side. Here you also see our turbosmart BOV directly mounted on the custom made intercooler.

