[quote name='opterasis']Like you said, RRoDs are usually caused by heat issues. All I know is even in a well ventilated spot, my 360 got a too warm for my liking, and with the intercooler on it, my 360 stays alot cooler even after 5 or 6 hours of playing. Now I don't know a damn thing about the physics of it all, but as long as the intercooler fans are moving more air, or moving it faster than the stock 360 fans, it wouldn't really be an obsticle at all, would it?[/QUOTE]
Your 360 shell is cooler, that's a given, because the intercooler is moving air away from the shell.
The thing is, air inside the system is getting caught.
Like I said, the air that gets TO the intercooler is going to move out faster, but the air that doesn't will recycle back to the system and cause more heat.
Never put fans on top of fans. PC hardware enthusiasts, who know a LOT about this stuff are pretty unanimous on that claim.
You just never pile fans on top of fans. The reason is simple:
The intercooler TS might have a faster airflow than the 360's fan, but the air inside the 360 will ONLY move as fast as its fan allows it.
Pretend that you're standing in a doorway and you're able to throw packages at 10 packages per second. They hire you in front of that doorway, to increase the speed of package unloading. Inside the room however, is a guy that can only throw 4 packages per second. Now, since you're outside the room and not inside it, would you say that having you there would increase the speed of package delivery? No... Because in the end, you're limited to the 4 packages per second that I throw to you.
I know some of you will argue that the suction creates a vacuum. I'm sorry, but that's not true either. The reason is because the fan inside the 360 itself is sort of a limiter. It only pushes the air out at a certain speed.
So intercoolers/fan attachments to the back of the 360 are about as worthless as it can get, because the fan inside the 360 decides how fast the air leaves. But you're putting this big monstrosity on the back that ACTUALLY sends hot air back in.