Boosted by TT fixed by Dezod"new pics page 37"
#81
Originally Posted by tC_2NeR
seems oddd yes
i dont like it like that at all
but the thing is
the pipeis a 90 degree bend pipe
if it was to go underneath, it woudlnt work it would have to be shaped differntly
i dont like it like that at all
but the thing is
the pipeis a 90 degree bend pipe
if it was to go underneath, it woudlnt work it would have to be shaped differntly
I don't have a TT kit, but my hot side has a 90 coupler coming off the turbo and a 90 pipe that is connected to that coupler going down to the crossmember and going across. Then again, I also have a slim fan, so don't think that route works with the big **** stock fans.
#82
Originally Posted by TurboToyotas
The hot pipe is correct.
When manufacturing a kit or KITS you have to think of smart ways to to make them.
ie.. make as many parts fit the same in as many applications as possible.
The TC SIMPLE hot side piping was dictated by the fact that the new xB, Corolla, and Matrix are all the same.
It helps me keep costs down, which in turn keeps the costs down for you.
The 2.1 piping would work on the hot side, but it costs more.
Regards-
Todd
When manufacturing a kit or KITS you have to think of smart ways to to make them.
ie.. make as many parts fit the same in as many applications as possible.
The TC SIMPLE hot side piping was dictated by the fact that the new xB, Corolla, and Matrix are all the same.
It helps me keep costs down, which in turn keeps the costs down for you.
The 2.1 piping would work on the hot side, but it costs more.
Regards-
Todd
WOW. not good
its gunna take ALOt for me to get used to that hot pipe across the engine bay like that
#84
^yea i just wish I had known that before hand...i would have just gotten 2.1
oh well, i guess thats what i get for buying something without seeing it first LOL
are the 2.1 version kits coming with the 2inch hotside piping and 2.5inch cold side?
oh well, i guess thats what i get for buying something without seeing it first LOL
are the 2.1 version kits coming with the 2inch hotside piping and 2.5inch cold side?
#85
glad to see your up and running. Im not liking that hot pipe but i would still go TT. Hey it puts down proven power why not! Oh and that weld on the oil pan is hideous. Well GL getting that fixed soon and getting that s-pipe soon too.
#87
yea i just wish I had known that before hand...i would have just gotten 2.1
oh well, i guess thats what i get for buying something without seeing it first LOL
are the 2.1 version kits coming with the 2inch hotside piping and 2.5inch cold side?
oh well, i guess thats what i get for buying something without seeing it first LOL
are the 2.1 version kits coming with the 2inch hotside piping and 2.5inch cold side?
Regards-
Todd
#91
how does the 90degree bend do for power numbers tho
i know in exhaust piping its better to have a straight thru setup than one with bends n curves..wouldnt that theory be applied the ic piping
i know in exhaust piping its better to have a straight thru setup than one with bends n curves..wouldnt that theory be applied the ic piping
#95
It's not the 90* bend that's the issue with me. It's the hot pipe being up high over the downpipe - not getting much air.
I know the air inside is compressed and hot anyway, but why add to it with a pipe that's getting hot from engine bay temps?
I'd prefer the pipe from turbo going down near the bottom where there is air flow. Yes, keeping it 2.0" will add to the speed of the air.
In fact I was thinking that if I do a custom kit, I might do 2.25" on the cold side and 2.0" on the hotside. The problem is figuring out at which point you're sacrificing so much volume that you're actually decreasing performance.
I know the air inside is compressed and hot anyway, but why add to it with a pipe that's getting hot from engine bay temps?
I'd prefer the pipe from turbo going down near the bottom where there is air flow. Yes, keeping it 2.0" will add to the speed of the air.
In fact I was thinking that if I do a custom kit, I might do 2.25" on the cold side and 2.0" on the hotside. The problem is figuring out at which point you're sacrificing so much volume that you're actually decreasing performance.
#98
Originally Posted by coryjames
yes but with any turbo the faster you go the cooler the air so just drive fast lol
And no, it's not the faster you go, the cooler the air. Yes your IC is cooling off faster but the air in the IC is hotter from the turbo. The longer the turbo is spinning at 1xx,xxx rpm, the hotter the air gets.
#99
I had time to think , and i think i might be able to hide the hot pipe...
i might be able to route it underneath(clocking the turbo down)...and use the 90*bend coupler on the outlet of the turbo, send the pipe across underneath...use ANOTHER 90* bend coupler and connect it to the pipe directly before the FMIC...
i think it might work
thoughts?
i might be able to route it underneath(clocking the turbo down)...and use the 90*bend coupler on the outlet of the turbo, send the pipe across underneath...use ANOTHER 90* bend coupler and connect it to the pipe directly before the FMIC...
i think it might work
thoughts?