blitz supercharger for the tc ?
#1
blitz supercharger for the tc ?
any one know anything about this i just found it in the shop performance parts deal
http://marketplace.scionlife.com/pro...hp?pid=1139173
http://marketplace.scionlife.com/pro...hp?pid=1139173
#7
Originally Posted by SoccerBoy_AP
Their website lists compressors for the xA, xB, Yaris and the Celica.... nothing about a tC application
#8
Originally Posted by InfiniteVisi0n
I would just buy the TRD supercharger and then slap on an aftermarket intercooler. Seems more worth it rather then buying a generic kit that no one really knows anything about.
#9
well i have been looking around for some thing different then then the trd super charger the thing just dosent hold up from what i have been reading . so i guess no one knows anything about this unit my search will continue .
#11
yeah ive heard puting in the IC on the supercharger is just a pain and waste of money at the same time on an already expesive get up
ive also heard going water/meth is a good way to go, but just what exactly are the gains?
ive also heard going water/meth is a good way to go, but just what exactly are the gains?
#12
SC = TRD and its your only option
TC = just about any of them and you have lots of options
So don't keep wasting time looking for something that doesn't exist
...and yes an IC on a SC will lose boost but thats why you run a 12psi pulley thus running around 10psi... a very very stable 10psi
TC = just about any of them and you have lots of options
So don't keep wasting time looking for something that doesn't exist
...and yes an IC on a SC will lose boost but thats why you run a 12psi pulley thus running around 10psi... a very very stable 10psi
#13
Originally Posted by GammaTNT
don't get intercooler for supercharger, you will lose boost .
#15
Originally Posted by nebster
Originally Posted by GammaTNT
don't get intercooler for supercharger, you will lose boost .
with a supercharger, the boost is being generated by a compressor that delivers boost in a linear fashion that is determined by the ratio of engine speed at the crank, to the supercharger pulley on the intake. because of the length of the intake plumbing to intercool a supercharger, it looses boost because of the distance it has to pull the incoming air. which is why in the case of superchargers, it is better to use a an aftercooler. which means the supercharger sucks in air, and then forces it through the heat exchanger.
with a turbocharger, the amount of boost pressure is determined by the wastegate regulating the maximum allowable boost. so it won't released excess boost until it reaches it preset limit, but i suppose it can mean that there will be some more turbo lag.
#16
Originally Posted by draxcaliber
Originally Posted by nebster
Originally Posted by GammaTNT
don't get intercooler for supercharger, you will lose boost .
with a supercharger, the boost is being generated by a compressor that delivers boost in a linear fashion that is determined by the ratio of engine speed at the crank, to the supercharger pulley on the intake. because of the length of the intake plumbing to intercool a supercharger, it looses boost because of the distance it has to pull the incoming air. which is why in the case of superchargers, it is better to use a an aftercooler. which means the supercharger sucks in air, and then forces it through the heat exchanger.
with a turbocharger, the amount of boost pressure is determined by the wastegate regulating the maximum allowable boost. so it won't released excess boost until it reaches it preset limit, but i suppose it can mean that there will be some more turbo lag.
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