Philadelphia's Classiest Drunkards
In all seriousness marc, skip the mods and go for the displacement..It will only make everything you already have work better. Remember the 2.4 with the precision 5857 I posted graphs from before? That thing would kill at a trackday..

Any idea how quick a 2.4 would spool a IX turbo, or a stock framed turbo (minus a black) for that matter? I would think it would be quick as ish...
I always wonder that as well. Most people just assume that a 20% bump in displacement correlates to 20% more exhaust gases (maybe) which correlates to 20% faster spool.
Shaw I asked about you several times but you haven't been around to see it. 
A 2.4L will spool a stock turbo very quickly. I had a stock on my old 2.3L. It was a TERRIBLE idea. The damn thing spooled while I was cruising on the highway and compressor surge was a constant never ending battle until I got a T61 on in it's place. On the highway I could spool it at around 2000 RPM and I frieking hated it. The other bad part is that it very quickly fell out of it's power band and ran out of steam. The car just did not pull above 5K RPM but from a stand still it was like a big block V8. You would want a larger turbo to take advantage of a 2.4L. I think my HX35 is a perfect size and will produce a killer power band but I still plan to snag an HX40 or similar. 600 WHP and 600 Ft Lb torque sounds like it would be fun.

A 2.4L will spool a stock turbo very quickly. I had a stock on my old 2.3L. It was a TERRIBLE idea. The damn thing spooled while I was cruising on the highway and compressor surge was a constant never ending battle until I got a T61 on in it's place. On the highway I could spool it at around 2000 RPM and I frieking hated it. The other bad part is that it very quickly fell out of it's power band and ran out of steam. The car just did not pull above 5K RPM but from a stand still it was like a big block V8. You would want a larger turbo to take advantage of a 2.4L. I think my HX35 is a perfect size and will produce a killer power band but I still plan to snag an HX40 or similar. 600 WHP and 600 Ft Lb torque sounds like it would be fun.
Results are finally up...
http://www.phillyscca.com/solo2/resu...SO101010.shtml
15 cars in SM, wow!
Hats off to you Kenny, you kicked most of our butts, placing 4th (thats the last time I give you a set of rubber
). Why you gotta steal a brotha's thunda... I needed those points!
http://www.phillyscca.com/solo2/resu...SO101010.shtml
15 cars in SM, wow!
Hats off to you Kenny, you kicked most of our butts, placing 4th (thats the last time I give you a set of rubber
). Why you gotta steal a brotha's thunda... I needed those points!
Last edited by grillpt; Oct 12, 2010 at 07:16 PM.
Shaw I asked about you several times but you haven't been around to see it. 
A 2.4L will spool a stock turbo very quickly. I had a stock on my old 2.3L. It was a TERRIBLE idea. The damn thing spooled while I was cruising on the highway and compressor surge was a constant never ending battle until I got a T61 on in it's place. On the highway I could spool it at around 2000 RPM and I frieking hated it. The other bad part is that it very quickly fell out of it's power band and ran out of steam. The car just did not pull above 5K RPM but from a stand still it was like a big block V8. You would want a larger turbo to take advantage of a 2.4L. I think my HX35 is a perfect size and will produce a killer power band but I still plan to snag an HX40 or similar. 600 WHP and 600 Ft Lb torque sounds like it would be fun.

A 2.4L will spool a stock turbo very quickly. I had a stock on my old 2.3L. It was a TERRIBLE idea. The damn thing spooled while I was cruising on the highway and compressor surge was a constant never ending battle until I got a T61 on in it's place. On the highway I could spool it at around 2000 RPM and I frieking hated it. The other bad part is that it very quickly fell out of it's power band and ran out of steam. The car just did not pull above 5K RPM but from a stand still it was like a big block V8. You would want a larger turbo to take advantage of a 2.4L. I think my HX35 is a perfect size and will produce a killer power band but I still plan to snag an HX40 or similar. 600 WHP and 600 Ft Lb torque sounds like it would be fun.
Results are finally up...
http://www.phillyscca.com/solo2/resu...SO101010.shtml
15 cars in SM, wow!
Hats off to you Kenny, you kicked most of our butts, placing 4th (thats the last time I give you a set of rubber
). Why you gotta steal a brotha's thunda... I needed those points! 
http://www.phillyscca.com/solo2/resu...SO101010.shtml
15 cars in SM, wow!
Hats off to you Kenny, you kicked most of our butts, placing 4th (thats the last time I give you a set of rubber
). Why you gotta steal a brotha's thunda... I needed those points! 
On the bright side, Dan got beat by the '87 Chrysler Town and Country.
Good driving Kenny. Pete, I call shenanigans!
Which is weird because the srt4 and mazdaspeeds are 2.4 and 2.3's respectively, but have much smaller turbos than the ix's. I've driven both and LOVED the driveability that the motors allowed.
do any of you guys want free stuff?
i need to clean my parent's garage out of all the crap i've accumulated over the years
i have an engine stand for free i never used and tons of other ****
i need to clean my parent's garage out of all the crap i've accumulated over the years
i have an engine stand for free i never used and tons of other ****
I'm running the summers to the bitter end.
Andy, those turbo's are designed to work on a larger engine and probably have a bigger turbine housing as a result which keeps spool up within reason and doesn't allow for surge. Our's were made to spool quickly in a relatively small engine where surge was not an issue. The size isn't really important, it comes down to flow which is determined more by the compressor blade and to a smaller extent, the turbine blade than the overall size. Look at something like the FPblack which flows more than a turbo like mine but it's much smaller overall.
Andy, those turbo's are designed to work on a larger engine and probably have a bigger turbine housing as a result which keeps spool up within reason and doesn't allow for surge. Our's were made to spool quickly in a relatively small engine where surge was not an issue. The size isn't really important, it comes down to flow which is determined more by the compressor blade and to a smaller extent, the turbine blade than the overall size. Look at something like the FPblack which flows more than a turbo like mine but it's much smaller overall.



im a grown up now so i have to think about buying a house in a few years lol. thanks for asking, i see i havent really missed a beat tho haha