GETxERxDONE
Member
hah, thats funny. then the 08 Sti's first came out i saw one driving into the drag strip, and at first i coulda sworn is an MS3 til we went over to look at it!
If both cars were stock, it'd be dead even or the MS3 would probably have a half car on the STI. But since the STI is Stage 1, it would help it in the top end.
lol...add the ap,BPV,TBE,SRI,FMIC and smoke his azz.
So, what does Stage 1 for the STI include, intake and exhaust?
So, what does Stage 1 for the STI include, intake and exhaust?
so i went to test drive an STi last week, since they were having that deal of $8k off MSRP + 0% APR. After test driving the STI, I wasn't at all impressed by the power. I've always wanted an STI, and this was a bargain, but after being spoiled by my modded MS3, I don't think it was worth trading the MS3 for the new STi.
Top reasons I didn't trade the MS3:
-torque doesn't hit until 4k rpms
-200lbs heavier than the MS3
-looks exactly like the MS3 (as evidenced by the above pics)
-would have been upside down on loan
Although I wasn't impressed by the power, here's a list of things I wish the MS3 came:
-AWD!
-longer powerband
-short throw shifter (although this can be done for the MS3 easily, I liked the knob in the STi)
Of course if they had this deal a year ago when I bought the MS3, I would've been all over it.
i swear thos look like rx8 wheels on an STI
Comparing a stock STI to a modded MS3 isn't fair. The stock tune on the Subaru's is a joke for spool up. TBE+tune which is entirely reliable setup yields peak torque @~3,100-3,200 around 320-360wtq depending on the tuner & dyno.
My 06' WRX with a STI turbo made peak torque at 3,150 and full boost by 3,000@19psi. I've driven a stock STI as well, the "oomphh" is un-impressive without a little tuning. Hell my clipped 20g on the same motor made peak torque by 3,500.
Get an AP.
It pulls all the way to redline, none of that 5500 crap.
You're way exceeding the parameters of the KO4 spec for our car when reving above 5,800rpms. Driving the car at engine speeds above 5800 rpm with 15psi or greater boost significantly increases the exhaust temperature measured inside the K04 turbine housing.
The energy produced by the turbine housing is simply converting to heat rather than accelerating the compressor wheel faster. Unless a careful and extended idle-down is performed at the end of every hard driving session, the rapid heat build-up from high boost/high rpm operation causes the turbine shaft to soften, and allows the turbine head to droop. The result is an imbalance that ultimately leads to a shaft failure.
Don't believe me, go play in the world of Audi's and VW's and you'll learn the hard way. Even the Ecotech group is feeling "limited" and experimenting.