S/C's create a lot of heat too! Thats one of the issues with the Cobalt SS's. Nobody is sure wether or not you'll be able to put a S/C pulley on it to increase boost or not cause a lot of folks think that it'll just create excessive amounts of heat!
Yeah true it might just do that but not as much as a turbo. A turbo produces so much heat.CoBIZZLE said:S/C's create a lot of heat too! Thats one of the issues with the Cobalt SS's. Nobody is sure wether or not you'll be able to put a S/C pulley on it to increase boost or not cause a lot of folks think that it'll just create excessive amounts of heat!
The supercharger shown on that website is a centrifugal supercharger, well known for very high rpm powerbands. That type of supercharger provides a narrow powerband unlike the roots type blower thats on the SS.CoBIZZLE said:Check this out. RSM Racing ALREADY has a supercharger setup for the 2.2L Cobalts. Doesn't surprise me though, they probably just modified the Cavy's S/C setup. 60hp increase claim. That will be right on target w/ the SS's hp! I think it would be cool! Here's a link:
RSM Racing S/C for 2.2L Cobalts
They also already have brake, suspension, carbon hood and trunk, and other upgrades as well.
Also look for a stage 2 to come out soon they generally claim around an 85hp increase on their stage 2's! That would be on par w/ an SRT-4!!!
I bought my base model SS for 20k plus tax, title, liscence, etc.CoBIZZLE said:It would be cheaper too. A regular Cobalt would run around $17K and the S/C is around $3K so thats a good $3K less than an SS! Then you would still have room for other mods.
Yeah that is why i am iffy about it i dont know about the other Cobalt's if they will handle the extra power. I am worried it would hurt the car.Modernceo said:I bought my base model SS for 20k plus tax, title, liscence, etc.
So, unless someone bought a Cobalt really cheap, and then had some money leftover, I dont think its a fair comparison. Theres a huge difference in computer programming, engine build quality and components, etc between a factory forced induction motor (SS) and a non forced induction motor (ls, lt cobalts)