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1997 R33 series 2 Gtst

Forged rb25

Nitto rods

Cp Pistons

Power fc with z32

Proboost gtx3582 .82 rear

walbro 460lph

Need another fuel pump as I ran out of fuel pump and maybe relocate my afm near the throttle body.

How far can I push a gtx3582? Thinking to go Upto a 1.06 rear

What cams are you using?

  • Like 1

Home built 25/30 neo on e85 435 rwkw @23psi

GTX 3582 1.01 exh

Forged bottom end

Tomei type b poncam

Mild port n polish

ID 1500cc injectors and supporting mods

Greddy wastegate with 3" exhaust

PWR intercooler 3" piping

We cant get any more boost out of it and not too sure where the restriction is. Maybe the cans are too small or the wastegate is holding pressure.. It come on hard 25 pound the bleeds right off to 21 at 7000rpm.

Any thoughts to as why it wont hold boost?

Would like to hold 30 pound and get close to 500 kw

post-46346-1441661029322_thumb.jpgpost-46346-14416610618265_thumb.jpg

Edited by Fantm 34
  • Like 1

3" is a pretty small exhaust for the power you are trying to make and the wastegate plumbing back into the exhaust makes it even more restrictive. You'd want a 3.5" ideally with gate venting externally or 4" with the gate plumbed in.

Rb26det

CP .5mm os pistons

Manley rods

Tomei gaskets all around. 1.2mm HG

RIPS big baffled sump

GREX oil pump and head restrictor

Tomei type B poncams

Supertech head kit

Head port and polish home job. All exhaust port matched pre and post turbo

Forced performance FP3582HTA .82 rear

ID1000's

Deatschwerks DW300 intank fuel pump

600x300x120 FMIC

Fully balanced block

450rwkw BP 98 pump

Busy changing boost pipes to 3inch from intercooler to plenum and a few other little mods, going for some more power.

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post-135751-0-80186200-1442129246_thumb.jpg

Edited by Slidewayzzz
  • Like 2
R33 GTR V Spec


2.7L RB26

Cylinder head polishing, etc

Engine block boring, honing surface

Modification to Crank

Konrod weight adjustment

NISMO metal head gasket

N1 oil pump

N1 water pump

TRUST aluminum pulley

TRUST T78-33D turbine kit

TRUST exhaust manifold

TRUST Racing Westgate

TRUST fuel delivery line


TRUST 3 layer intercooler

TRUST intercooler piping

TRUST 16-stage oil cooler

TRUST aluminum radiator


TRUST front pipe

TRUST TR Power Evolution muffler

TRUST Sequential 6-speed transmission

NPC Twin Plate Custom Clutch 1000HP

OS GIKEN lightweight flywheel



1000cc Injectors

NISMO fuel pressure regulator

HKS F CON V-PRO ECU


HKS EVO6 Boost Controller


RADIUM Surge Tank with Twin External Pumps + 1 intake


DYNO RESULTS - 497KW (667HP) at wheels 768NM (on E85)

post-35-0-69552000-1442192919_thumb.jpg

Edited by IMACUL8
  • Like 2
  • 1 month later...
  • 2 weeks later...

post-12265-0-87696300-1446787253_thumb.jpgFinally got a print out of my old run so I can officially become a member of this club :)

Two separate runs are different turbo setups. E85. Basic setup is:

RB26/30

Forged Internals

Unknown cams

Trust 100mm Drag Intercooler

Vipec V44

1400cc Injectors

2 x E85 460Lph fuel pumps

O/S Giken 5 speed

O/S Giken triple plate

The Green line is my old setup. It had a slight exhaust manifold crack so there was a lot more these turbos, but I decided to go from lag to response.

Blitz Twin KKK K27 Kit

Cast manifolds

2 x external wastegates

Custom 3" dumps to 4" AM Performance exhaust

The red line is the below setup. Clutch is slipping when peak torque hits so I need a new clutch or a rebuild.

Vcam - http://www.sau.com.au/forums/topic/448677-new-rb26-vcam-in-let-setup-3000/

HKS GT2530's

Tomei dumps

R34GTR exhaust manifolds, port matched to turbos

Unknown aftermarket 2x70mm into 80mm to meet up with the old AM Performance 4" exhaust

Very happy with the response now. Been wound down to 15psi to preserve what's left of the clutch until I get it sorted

Edited by chalon
  • Like 1

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    • Welcome to !
    • As I've said elsewhere, I am using the stock intercooler piping path in the engine bay, and a return flow cooler, and making ~250 rwkW (without any effort put into trying to turn it up past there just yet) and expect to be able to make some more, and frankly, I would be perfectly happy with 260-270rwKW. This is peak road Skyline usability territory. You go past there and, sure, the car will snap necks more when it's on boost, but it will also break shit all the time, cost a (even larger) fortune in tyres, etc etc. Anyway, I also do not like the over-the-fan pipe path, and you don't have to do it.
    • I see, honestly I’m not too fussed about the looks. The only reason to go plenum is to make the piping easier instead of the classic over the rad etc. 
    • Not easy to quantify wrt something like how many fractions of a second slower it would be over 0-100. But given that a 250-300rwkW car is able to do that launch sprint in 5-6 sec (and faster with appropriate tyres, and surface)..... giving up as much as a second would feel like torture. A ~450HP capable turbo is not going to make lots of boost in the 2000-3000 rpm range. So, whilst with some boost on hand it will be faster accelerating in that rev range than your engine currently is NA, it will not feel like a fast car until the boost is solidly in. You know what your car feels like right now when you open it up at 2000rpm. if you've ever been in an actual fast car, you will appreciate that the NARB25 is.... not exciting. Well, add some boost and it will be better. But shorten the intake runners and it might not be better at all. It might come out better, but it could end up feeling the same. For me, it's not the 0-X km/h sprints that matter. It is easy to fry the tyres with anything over 200 rwkW. You can't use all the power available in 1st and 2nd anyway, you have to modulate the throttle. What matters is how the car reacts when you're driving in traffic in 4th or 5th and have maybe 2000 rpm on board, and you want/need to add some speed quickly, and don't have time for the downshift. It won't make boost, it will be all NA (at the speeds we're talking about - remember how fast you're going at 2000 in 4th! and don't plan on breaking the limit by too much.) So giving away NA torque is not what I would consider practical for a street car. And retaining that NA torque builds boost faster which makes the car faster. The flashy plenum is not actually better, unless you're looking at a track car where you can keep it on the boil all the time.  
    • So how much difference does it make you think? Like 1 second in the 0-100?  I was have smaller turbo so hopefully that spools quick GTX2871.  currently it’s NA so you can imagine pretty slow, but I do want fast accusation a little as there’s not many places I’ll be driving where I go over 80 even near me. So 0-60 and 0-80 targets   
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