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  • Sentra Spec V

Project Nissan Sentra Spec-V Part 7: Installing a Turbo System

  • Mike Kojima

,

Project Nissan Sentra Spec-V Part 7: Installing a Turbo System 
The turbine flange is surface ground to remove any warping that may have occurred during welding.
 Project Nissan Sentra Spec-V Part 7: Installing a Turbo System
Next the locations where our O2 sensor and wideband a/f meter sensor will be installed are marked.
 Project Nissan Sentra Spec-V Part 7: Installing a Turbo System
The holes are made with a step drill.
 Project Nissan Sentra Spec-V Part 7: Installing a Turbo System
Then the flanges are welded on.
 Project Nissan Sentra Spec-V Part 7: Installing a Turbo System
After welding the threads are cleaned up with a tap just in case of warpage.
 Project Nissan Sentra Spec-V Part 7: Installing a Turbo System
Our downpipe is bead blasted to give it an even look.
 Project Nissan Sentra Spec-V Part 7: Installing a Turbo System
Our super sano finished downpipe.
 Project Nissan Sentra Spec-V Part 7: Installing a Turbo System
Installed in the car it allows a full unhindered 3” path for exhaust to flow.
 Project Nissan Sentra Spec-V Part 7: Installing a Turbo System
Now our GT30R is ready to have the rest of the pipework installed.
Project Nissan Sentra Spec-V Part 7: Installing a Turbo System
For now we will run the smaller charge pipe and exhaust tubing but will upgrade it in episodes to come!

Stay tuned as we continue to build our Modified class FWD Time Attack machine.

Follow our project here!

Sources

Garrett Turbo

Stoptech

Performance Friction

Burns Stainless

Fastbrakes 

Jim Wolf Technology

Swain Tech Coatings

WPC

Technosquare

KW Suspension

Pro-Werks 

Volk Wheels

Nitto Tire

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  • Subaru

No It’s Not an STI: GST Motorsports Mighty Subaru Impreza

  • Mike Kojima
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  • Uncategorized

Project Racer Part 11: Grip Addiction; We Install Progress Sway Bars

  • AnnieSam
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6 comments
  1. Kurt Emerson says:
    September 14, 2021 at 3:57 pm

    Mike, how is the time attack coming? For years I’ve been toying with the idea of a primarily off the shelf parts V12 with enough capability to be worthy of the investment. Sure anything V12 would be cool but for genuine interest, I need two things. For larger displacement, (the impossible find! Every OE is making baby bores for economy) that 87mm is the absolute “sweet spot” for single sparkolator flame front propagation, meaning lowest possible chance of detonation while still having room for valves. For displacement and having a minimal chance of detonation, I need a dual plug 4.5 inch bore. I’ll have to compromise with a single plug at 4.150-4.185 bore. Nissan has a 4.41 bore space, Mopar has a 4.46 bore space. The Mopar 3.5 SXT and 4.0 R/T Nitro have SOHC 60 degree blocks. Beefier than the Nissan with closed deck design. VQ37HR or VK56 heads oughta do.
    The point is, I found your T/A build here searching for QR25 bore spacing, wuuuh waaah, too small. This is an awesome build! Can’t wait to see it go. I’m thinking of a LS mid sleeved VK56 for a 94 Sentra rwd conversion!! Lotta work, but cool factor off the charts. Wheel well and opening hackery for to the Nth degree to get any decent size diameter tires.
    When is this thing gonna make some runs?

    Reply
    1. Avatar photo Mike Kojima says:
      September 14, 2021 at 4:12 pm

      We scrapped the car mostly because the QR engine is a piece of trash and there was no interest in the car besides maybe 50 people in the world which made sponsorship impossible. Basically what you are planning isn’t really possible and your assumptions of bore size and understanding of bore spacing are not correct either. Your considered build won’t have any sponsorship or fan interest either. It is also several hundred thousand dollars to do what you think you want to do. I suggest sticking to cars that have more interest and technology that is off the shelf.

      Reply
      1. carl says:
        June 12, 2025 at 3:50 pm

        that’s what make it more interesting. making/fabricating your own parts. it’s challenging. off the shelf parts is kinda boring.

        Reply
  2. Emily D says:
    March 30, 2022 at 11:15 pm

    Well I’m interested in what you have to say about my following comment…

    I’ve already poured a couple thousand dollars into my qr25 build with over two years of research and it might very well be a waste of money but it’s one I’ll see through. I just got my stage4 clutch from 2j-racing, they have been a big help to fill in some of the gaps. I to am aiming for 400hp-450 safely but for street, still taking the massive extra steps to make my bearings happy and oiled. my last piece of the puzzle “was” going to be sleeve the block but I see you used a different method, one that I only heard of a couple weeks ago. Now, I read you didn’t finish the project but how do you think the engine would have held up with the aluminum filled epoxy resin?

    Reply
    1. Jay Lee says:
      August 20, 2022 at 11:09 am

      Hows your build coming Emily D?

      I’m in the middle of my turbo build, shooting for 280hp on my 02′ with 34k miles and still running strong. Concerning your block try reaching out to VisionRacing, or better yet you can do a VQ swap with Nissformance kits.

      Reply
    2. anuar says:
      November 28, 2023 at 6:56 pm

      Emily I actually finished my build..
      but I had spent LOTS of money addressing the well-known issues of the engine.. plus all other things around the engine..
      all I have to say is if you want to make power, there are cheaper ways, I was WAY to invested in the car, to just scrap it, so I saw the project thru and we had some failures and some wins!
      since the car body isn’t in that good of a shape I am going to delete the rear bumper and put a crash bar like a drift cat (yes is silly, but I have the rear end look, I am also going to put a racing and ok, not to horrible of a wing on the car and black out the light lens..
      you can kinda see the progress of the car on my Instagram
      anuar.m.yanez that’s my handle.

      Reply

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