Jump to content
SAU Community

Recommended Posts

hey guys,

just after some advise here as iam going to be hiflowing my turbo this week.

i got 2 choices

choice 1: (standard Hiflow)

this is pretty much standard, and they guy said will get me about 250 atw once its done.

choice 2: (PU Hiflow)

this is a bit diff to the standard, bigger housing n such and will get me about 280 atw

The guy said standard is more responsive and will spool at about 3.5, 3.6 and the PU will spool at about 4k revs

my car is a daily and i like to have fun here n there, not a fan of track n calder park n that.

i dont really knw much about turbo's so though i ask the experts here ;P

so which 1 should i got for?

Edited by YF34R
Link to comment
https://www.sau.com.au/forums/topic/331757-advise-needed-please/
Share on other sites

What are you asking mate? Which one to go with?

For a daily, go with the responsive high flow. You might get bored of it down the track but its better to go incrementally than for big power straight away, both for getting used to it and deciding when enough power is enough. For a rear wheel drive daily, 250rwkw is pretty well fast enough particularly if power delivery is spread across the rev range. There's not many "traction holding" situations where you'll need more than that. Going straight to the lag of the PU highflow will piss you off if you're used to standard response...another reason to step up incrementally.

What are you asking mate? Which one to go with?

For a daily, go with the responsive high flow. You might get bored of it down the track but its better to go incrementally than for big power straight away, both for getting used to it and deciding when enough power is enough. For a rear wheel drive daily, 250rwkw is pretty well fast enough particularly if power delivery is spread across the rev range. There's not many "traction holding" situations where you'll need more than that. Going straight to the lag of the PU highflow will piss you off if you're used to standard response...another reason to step up incrementally.

what are your supporting mods?

280rwkw with boost coming on 4000rpm is average. Should be sooner than that for that kinda peak.

My GT30 (600hp version) was on 4000-4200rpm and was 270rwkw @ 17psi, would have been over 300 with 20psi and that was with a .82 rear housing, not a machined OP6 (which is smaller)

ask 5 people who have both versions and compare

the std GCG hiflow has been bulletproof for years and should have lots of known users

the PU hiflow is relatively new, different bearing type, and may have other unknown issue, ask 5 users who have one

ask 5 people who have both versions and compare

the std GCG hiflow has been bulletproof for years and should have lots of known users

the PU hiflow is relatively new, different bearing type, and may have other unknown issue, ask 5 users who have one

I've been using the gcg hi flo for 5 years,16lbs of boost daily,no probs. :)

did you fit it yourself or a workshop - if you, how hard, any mods to make it fit, how long if workshop - how much $ to swap

did you send yours away and then get the hiflow back? how long did it take

any install instructions come with it

i got another Question.

say i get an EPA right and i have the hiflowed turbo.

are they ganna pick on and i got get a stock 1 in?

That's the whole point of doing a highflow turbo!

did you fit it yourself or a workshop - if you, how hard, any mods to make it fit, how long if workshop - how much $ to swap

did you send yours away and then get the hiflow back? how long did it take

any install instructions come with it

It was sent to gcg,came back in a week mechanic fitted it straight on,it looks stock on the out side,but inside steel wheels and bored out. :(

Oh my mech gave me mates rates, $1585.

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now


  • Similar Content

  • Latest Posts

    • There are a few different ways of doing it. I'm currently running two 1000cc pre-TB nozzles and PWM the pump for control. I'll be moving over to a constant pressure system and direct port. I'll run the pump off a regular relay, have it cycle on roughly 5psi before I start injecting to build pressure and then PWM a WMI solenoid (It's basically an injector that can take a lot of pressure and not corrode with water and meth.) The solenoid feeds the 6 direct port ~200cc nozzles. I'll also keep one ~250cc pre-TB nozzle to help keep IAT's in check.  Safety will be a little different as well. I used to use a pressure switch but will be moving over to a pressure sensor between my solenoid and nozzles. I'll trigger my solenoid and if I don't see specific pressure within a specific timeframe (e.g 100psi within a second, 175psi within 2 seconds), I kill it and revert back to non WMI maps the same way I did it before with 4D in Haltech. I was just figuring out the timers in my ecu last night. They made that a little more complicated than I would have liked... I wish Haltech offered a larger set of logic/math functions like other ecu's do. I can't do very much with just AND's and OR's.  I've been asked to do fuel/ignition mapping on a medium bore engine at work in May (192L V16). Being the only programmer in my region and having went and opened my mouth about knowing the ins and outs of fuel/ignition mapping, I have now been deemed an expert. Fun fun. The entirety of the logic and algorithms are programmed in C on a PLC. As I spend more time figuring it all out, I like what I see and eventually I may consider doing the same as a pet project to replace my ecu.   
    • This would be interesting, would you feed it via a 2nd row of injectors? Or just usual WMI nozzles?
    • Cut sump up and extend. Win win 😂 
    • All, What's the recommended torque for the 1/2 head studs for RB30 twin cam conversion with RB26 head?  
    • also, we need to know which solution worked....
×
×
  • Create New...