Jump to content
SAU Community

Recommended Posts

  • Replies 103.8k
  • Created
  • Last Reply

Top Posters In This Topic

  • GTS-t VSPEC

    20904

  • Nizmo

    13582

  • SHUTO-BOY

    6636

  • skyzerr33

    5353

Originally posted by Nobel Soul

zanda, well i did take it all with a pinch of salt, so i did my research and here is what i found...

240kW at 5250rpm and 450Nm from 2000-4500rpm

6psi turbo pressure

so, its got a small turbo, producing reasonable power - but a long throw and a poor RPM ceiling as a result. But, to it's credit it makes full boost at low revs because of it's high engine capacity.

that is what its set to as the standard, and the compression ratio is 8.7:1.  Being a 4 L engine it has alot more potential. I just wonder what ford got out of it before it reached danger zone.

I disagree with this statement - and not because it's a ford, although I do think that's why it's happenned.

When commodore moved to a turbocharged engine for the VL - they did so through a negotiative bargaining agreement with nissan - because Nissan were familiar with the engineering behind turbocharged engines.

they made a n/a 6, a turbocharged smallish six, and a V8 holden for the clan who are committed to their big block pushrods.

however, ford recognised that in order to sell cars to the modern australian market, any performance vehicle larger than a 200sx has to have big cubes. this is both what will make the car a sales success and a performance failure.

big stroke = big buckling forces = bent rods.

capa  http://www.capa.com.au/xr6.htm has already released kits that boost it to 350kw and they are working on a 380kw which they think they can achieve no sweat. [/b]

so it doesnt make much more power than a semi-stock GTR? which will do high 12s?

I just dont think people realise how much faster a car has to be to do tens.....so they make up some horseshit about 10 seconds.... I can't see it happening.

I also heard from a ford guy that the trubo can be set as high as 32psi, but i still got to verify that.

[/b]

I beleive that the ford turbo is a ceramic wheel - so I doubt it.
Guest
This topic is now closed to further replies.



  • Similar Content

  • Latest Posts

    • Haha yea it's a bit of a weird setup at the moment, just wanted to make sure I sorted out any headaches before dyno day. At the moment I've changed the exhaust manifold, turbo and downpipe, 460lph fuel pump and rising rate reg as well as the previously mentioned headstuds and gasket. The nistune was already mapped for the car as it was and drove around for a few months no worries. The plan is to run flex fuel hence the big pump, which I've wired direct to the battery through a relay to avoid voltage issues.
    • Um. Was the ECU the same as the one previously there? I know R33's needed R32 GTST ECU's or other tomfoolery to run Nistune. This is such a wild setup. Most people would plumb in the turbo then not drive the car (i.e tow it to a tuner). What's actually changed since it last ran?
    • I'm a bit stuck with this one fellas, I recently decided to undertake a turbo conversion on my GTS-4, ended up pulling the motor to replace all the seals and do an mls head gasket and arp head studs while I was at it. Everything has gone according to plan, no oil or coolant leaks, compression checked out, and decided to give it a test before I book it in for a tune As it stands right now, the turbo only has oil lines plumbed so that I don't put boost into my untuned engine, and I'm using the factory GTS-T crossover pipe with a maf and poddy as a temporary intake. The car starts with relative ease and idles amazingly, however as the title suggests it really doesn't want to rev up, runs very smooth but almost feels choked out and unresponsive to the throttle, almost like it's running lean or something? I've triple checked my vacuum lines and timing with a timing light, injectors haven't been touched as of yet to avoid flooding the engine and worked perfectly beforehand, new plugs and coilpacks, I've even unbolted the cat just to see if it spontaneously collapsed, no dice The car currently has a nistune r32 gtst ecu installed so I have no way to check for fault codes. At this point I'm a bit stumped. Is this normal behaviour for a car with a turbo bolted onto the exhaust going nowhere? I'd imagine the turbo wouldn't cause this much restriction in the exhaust without the boost going through the intake. Any ideas? If necessary I can link a video of how it responds to full throttle while in neutral.  
    • Insert tab A into slot B?
    • Instructions seem simple enough to understand.....
×
×
  • Create New...