Jump to content
SAU Community

Recommended Posts

That is the CHRA that we normally use for GTR turbocharger high flowing. We will need your factory housings to carry it out. Or we can supply you 2x complete Garrett turbos. I will PM you a quote tomorrow.

so we can run the turbos with no blow of vavle?? by blocking up our stock one?

When i got my car it had been defected for an atmo bov so the previous owner had just blocked off the hole where the bov was, still seemed fine to me.

It is strongly recommended that you do keep a BOV. stock or aftermarket. The Surge pressure that comes back when throttle is shut can do lot of damages to the turbo.

Below is the commercial version of ATR43. This is now available. The turbo comes in 4x different profiles:

atr43front.jpg

atr43rear.jpg

ATR43G1: 450HP in . 58 / .63 rear

ATR43G2: 480HP in . 58 / .63 rear

ATR43G3: 520HP in .63 Rear

ATR43G4: 600HP in .84 rear

It is designed to bolton to your stock manifold, dump, water, and oil drain. Braided oil feeding line is required and priced at $80 with turbo. All turbos can be built with a Garrett GT Ball bearing CHRA depends on consumer's budget. To fit them to factory intake and intercooler pipes you will also need 2x silicon pipes one in 90 degrees 2inch and the other in 3inch straight.

ATR43's .58 and .63 Turbine housing is interchangeable with All ATR28Gx High flows that we've sold. Will gain instant power increasement specially to the ATR28G2 based R32 / R33 xIU high flows, Should have No issues archive upto 270rwkws with supporting moods.

The stock oil feeding line has a oil restriction valve. It is not suitable for sleeve bearing CHRAs. Also Garrett GT CHRAs runs off a different thread.

Sleeve bearing turbo require greater amount of oil flow. The bearings needs oil pressure to float. BB does not. BB turbos has roughly 10% better in response. Sleeve bearing turbos are cheaper to build and service.

ATR43Gx are made to be interchangeable with Garrett GT3071, GT3076, and GT3582 GT CHRAs.

So really comes down on the consumer's budget.

ATR43G1: 450HP in . 58 / .63 rear

ATR43G2: 480HP in . 58 / .63 rear

ATR43G3: 520HP in .63 Rear

ATR43G4: 600HP in .84 rear

Are these figures rear wheel or fly wheel?

What is the price for the G3 and G4 in both sleeve and bb?

those are fly figures, which i think is the standard way manu's spec their turbo's

I assumed that, just wanna be 100% sure.

Edited by W0rp3D
What is the price to rebuild a set of GTR turbos in both bearing forms?

To high flow GTR turbo using GT2860RS BB CHRA is $1350 each. And we can supply the Garrett unit brand new for $1400 so might not really be worth doing. To high flow with Sleeve bearing CHRA in identical spec is $800 each turbo.

chra.jpg

Below is the commercial version of ATR43. This is now available. The turbo comes in 4x different profiles:

atr43front.jpg

atr43rear.jpg

ATR43G1: 450HP in . 58 / .63 rear

ATR43G2: 480HP in . 58 / .63 rear

ATR43G3: 520HP in .63 Rear

ATR43G4: 600HP in .84 rear

It is designed to bolton to your stock manifold, dump, water, and oil drain. Braided oil feeding line is required and priced at $80 with turbo. All turbos can be built with a Garrett GT Ball bearing CHRA depends on consumer's budget. To fit them to factory intake and intercooler pipes you will also need 2x silicon pipes one in 90 degrees 2inch and the other in 3inch straight.

ATR43's .58 and .63 Turbine housing is interchangeable with All ATR28Gx High flows that we've sold. Will gain instant power increasement specially to the ATR28G2 based R32 / R33 xIU high flows, Should have No issues archive upto 270rwkws with supporting moods.

How much are the ATR43G3: 520HP in .63 Rear and the ATR43G4: 600HP in .84 rear for the rb25det, when should you be able to see full boost? and what is required for a direct bolt on to the rb25det?

Hmm, interested to see how the ATR43G3 with the .63 Rear would go on an RB20, how would it compare to say a 3071r?

I'm currently running a highflowed VG30 but looking for a little more power than it's currently making.

um be careful quoting prices here, this isn't trader / for sale?

are there any issues with cooking the bearings at engine power off vs ball bearing?

um be careful quoting prices here, this isn't trader / for sale?

He is a business trader and this thread was set up by him to tell everyone about his products, i dont see a dilemma with putting up prices.

Thats all cool. If I'm bending any rules I will fix it up. From experience BB turbos are more likely to get cooked. Most sleeve bearing turbos receives greater amount of oil flow and this is built built water cooled. So they are pretty fine.

The current Ball bearing turbos runs oil feeding pins on the top with 20thou wholes on both side, Not sure why Garrett designed it that way. But in lot of cases they gets filled from dirt in engine oil which allow bearings to cook. Then they becomes very expansive to overhaul. about 80% of Ball bearing overhaul jobs we currently getting has failed in that manner.

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

    • Oh yeah forgot to also mention need to also unplug the IACV as well. Thanks for the reminder @MBS206 Unplugging the TPS takes it out of closed loop so you're able to screw down the IACV without the ECU trying to add/subtract timing to maintain the idle (not sure PowerFC can even do this, but Nistune and the OEM definitely does)
    • For sale is my 1999 Nissan Skyline R34 GT-T, tuned to 234 kW / 313 hp. I've had the car for a few years as my daily driver. The car is original (as far as Skylines go), with only a few minor upgrades to enhance performance and driving experience, as typical for such a car of its age. Overall, it is in great condition with no body rust, thanks to its earlier import date. It features a top-notch security system (not literally, but it's great!) with remote start and still functional 4-wheel steering via HICAS. It comes with several performance and handling upgrades, including:     Hypergear 450HP Turbocharger running 17 PSI boost, installed mid-2021 by Jaustech     550cc injectors     Nistune ECU     Front-Mount Return-Flow Intercooler     X-Force Stainless Steel Exhaust     Upgraded engine mounts     Bottom end bearings replaced     BC Coilovers     Lenso DR1 rims     Bridgestone Potenza Adrenalin RE003 TL 245/40R18 97W tires, fitted early 2023 The interior is mostly stock, with a few additions:     Viper Satellite Tracking System with remote start     Bluetooth Double-Din Touchscreen Head Unit     Steering wheel cover Cons:     A few paint imperfections here and there     Driver’s seat shows more wear than the others. It's not torn at all, but I've added a seat cover to protect its condition. I also have a CarVX Vehicle History report available for serious buyers, so you don’t need to purchase it yourself. Price: $26,000 ONO.
    • I've had two suzukis in the past have an extremely hard time turning over and not starting after sitting for a few weeks. Ended up the alternator would seize up causing the starter to force. Same issue both times.  Maybe they're sourcing their alternators from the same place...
    • Ah right. Maybe my rb just loves chewing through batteries lol.
    • On the R34 can't you just unplug the IACV? This is the way I've always done it on the R33. Disconnect IACV, get it idling around 650rpm, and then do a power reset on the ECU to get it to relearn idle (factory ECU).   The big reason no one has touched on as to why you'd want to get the base idle right, is that it means the computer needs to make smaller adjustments to get a good idle at 700-750rpm.   Also, cleaning the IACV won't normally make the car suddenly idle lower or higher. The main issue with the IACV gumming up is that the valve sticks. This means the inputs the ECU gives, aren't translating to changes in air flow. This can cause idle choppy ness as the ECU is now needing to give a lot of input to get movement, but then it moves too far, and then has to do the same in reverse, and it can mean the ECU can't catch stalls quickly either.
×
×
  • Create New...