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I don't only show the goods stuff, there is always problem..and I share everyting. |
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I wasn't trying to come in and offend you, you have produced the one kit that i have seen on the 350 and now for the 370, that i would really like to have in my possession, you do great work and from what i have seen i swear you have a robot arm for welding!(ref my350z.com) lol |
Maybe 14, 12 is a little harsh
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How would the clearance be with aftermarket rims or nismo rims?
I have a feeling this kit wouldn't work too well with a nismo exhaust setup. We also have the stabilizer bar in the front that may be in the way. |
**** carb legal
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How so? I have not even done any exhaust work yet, and it looks like it is the same as the regular OEM exhaust. http://www.mossyperformance.com/Prod...z_exhaust2.bmp Also, all cars have stabilizer bars... |
just an fyi, that pic is of a nismo s-tune exhaust. The OEM nismo exhaust uses an h-pipe configuration.
Edit: http://i576.photobucket.com/albums/s.../image0012.gif http://www.the370z.com/members/equin...ck-exhaust.jpg |
sasha im getting excited, im like a 12 year old girl!
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sorry I didn't mean stabilizer bar. I meant the dampener bar.
http://www.liquidc4.net/images/oilco...1bumperoff.jpg Ron posted the nismo exhaust. The S-Tune has the y-pipe. As for the dampener, I don't think it is that important as it can be removed and wouldn't cause any problems. |
^^^
Ahhh, I see that is different then. Cell is right, the down pipe would not bolt up to that. With boost, an aftermarket exhaust is always a good idea anyway because the OEM mufflers are usually baffled too much, and impede flow. I have cut some apart, and they are just horrible as far as flow goes. The Nismo may be better than a regular OEM exhaust, but still baffled. A true straight through muffler is best for forced induction. |
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When, ever you go into production with your kit, I may end up having you make a custom exhaust setup with the kit. That is if you do not mind. |
As of right now I have CNT TP installed and had the resonators removed. Sounds pretty good to me throaty, little rasp at high RPM though. Now after this kit is installed on my car I would more than likley want to run a 3" all they way back with some type of resonators and a couple of invidia mufflers.
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Update day 3:
So I spent a lot of time screwing around with this charge piping going from the turbo to the FMIC, and I can finally say that I am very happy with the way it is turning out. The section of pipe in front of the driver side wheel stays the same: http://i137.photobucket.com/albums/q...d/IMG_7004.jpg It does change after that, making a turn running behind the radiator: http://i137.photobucket.com/albums/q...d/IMG_7005.jpg Looping through to the back: http://i137.photobucket.com/albums/q...d/IMG_7006.jpg http://i137.photobucket.com/albums/q...d/IMG_7007.jpg I am very happy with the clearances, but an oil relocation kit will be needed. When the car is down, the clearance increases even more because the sway bar dips down another 1.5”. http://i137.photobucket.com/albums/q...d/IMG_7010.jpg I think the hard part is now done. On the back end the exhaust will go smoother because there is much more room to work with. Now I just have to wait for the turbo to arrive. In the mean time I will be ordering an oil relocation kit, and building the charge piping to the TB’s. |
:tup: I have to say that I'm very impressed by your work ethic and dedication to this community.
Where are you thinking of putting the oil cooler |
Once the kit is finish and tested let's do a group buy ;)
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I need another Z just so I can put one of these kits.. good stuff Sasha.
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Im excited about this Kit...
Sasha i cant stop looking at your work... its art! |
Thanks for the props guys...It can be very frustrating building a kit for these cars the way I would want it on my own car. It is easy to cut things up so it fits ok, but very difficult to make it so that it can be installed by anybody, perfect fitting, without having to cut/trim/remove anything that came with the car.
The charge pipes are looking good, will post some pictures of that later. Today will be a shorter day than the last two, I need some rest too. Hope to have the BOV's and MAF sensor bungs weled in tomorrow morning, and that would complete all the aluminum fabrication. All the IC pipe ends will also be bead rolled, so there is no chance of ever blowing a coupler...ever. I also emailed GTM about the oil filter relocation kit they have. Hope to hear from them tomorrow. I would need one for every kit. |
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+REP Very thorough! Enjoy your time off! |
http://208.109.215.220/files/remotef.pdf
This should be where you can find what u need for the oil filter relocation. |
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Now for day 4 update:
As mentioned earlier, I was working on the charge piping. The key here was symmetry, and it worked out great. The pipes going through the front rad support are 2.5”, and then switch to 2.75” diameter once in the engine bay. The MAF sensors will be as close to the TB as possible (or as far as the plug will reach). This is important because the sensor should be on in far away from any diameter transitions and turbulence, like those that the BOV would cause. Enough blabber, on to the pictures: http://i137.photobucket.com/albums/q...d/IMG_7019.jpg http://i137.photobucket.com/albums/q...d/IMG_7014.jpg Driver side: http://i137.photobucket.com/albums/q...d/IMG_7015.jpg Passenger side: http://i137.photobucket.com/albums/q...d/IMG_7016.jpg Couple of random shots: http://i137.photobucket.com/albums/q...d/IMG_7018.jpg http://i137.photobucket.com/albums/q...d/IMG_7017.jpg Like I mentioned, the BOV’s will go in tomorrow along with the MAF sensor housings. The turbo will also arrive tomorrow, at which point the stainless fabrication can begin. I am also looking at including an oil pan spacer with an oil drain plug. Not sure who has the best deals on those, so I will have to look around. |
Wow... that's a work of art!
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Yep.. looking good man ! Anxious for this to get finished and let the orders start rolling in !
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Awesome :tup:
Thank you so much for this! |
Hey Sasha, great progress, but I can't help but wondering if you are routing the turbo to IC pipe all the way across the front, why not consider just flipping the IC so the pipe goes into the IC on the passenger side instead? It would save a bit of piping.
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Wow it's coming along very nicely! The 2.75" piping will be plenty of diameter to flow for a stock block, plus more. I can't wait to see what else you have in store.
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I is very simple to make the piping as well, so I am not worried abou it. It will also be very simple to install. |
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Also greddy's oil pan would be a great addition to the kit, it's better then having just a spacer. If i had a manual G, I would be handing over the keys for you to put this kit on :D |
great work!!
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Great to see you on here Sasha. I mentioned your great work on this forum 2 years ago. http://www.the370z.com/720536-post35.html People just laughed.... Now they know you're a miracle worker.
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So far my customers are making more power with the mid mount on pump gas than any of the big guys (Powerlab, Turbonetics, APS, STS..ect) ever did. This is mainly due to the true T4 turbine housings, and billet cumpressor wheels. The turbo is closer to the headers than the top mount kits, but people don't see it...not to mention a much shorter down pipe. |
I don't get this t4 turbine housing stuff :s
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This kit looks great and your dedication to it as well, I mean, updates with this kind of information every day and pictures to go along with it after a long day of work in the shop?!?! :tiphat: looking forward to future updates and the finished kit! |
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T3, T4, T6... refers to the compressor size. Bigger the number, bigger it is but there are different dimensions entirely. Usually to reduce the lag, T3/T4 hybrid uses T3 hotside and T4 compressor so there can be expansion of some power due to T4 compressor and T3 hotside reduces lag to certain extent. It ultimately becomes limitation of the turbo in some cases...at same turbo rpm, the amount of gas T3 hotside will push will be smaller than that of true T4 thereby becoming the limitation. A/R ratio also works to determine the spool speed. Bigger the A/R later the turbo spools but if compressor size is different, same A/R does not mean same spool speed. So the compressor size and AR numbers work in conjunction to determine the spool speed per se. It's still all arbitrary nomenclature of the size..... no exact dimension is set up.. what really matters is CFM... |
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It is much easier to link: http://www.turbobygarrett.com/turbob...Tech%20101.pdf http://www.turbobygarrett.com/turbob...Tech%20102.pdf http://www.turbobygarrett.com/turbob...Tech%20103.pdf To be more specific to the question: Quote:
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Look forward to seeing your completed project. |
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