Yep...but it depends on the temps. I have nothing I can gauge it against at this time so that is why I am going to keep it at the speed I have currently. Now, what I HOPE to happen, is the engine will continue to use the boost at the same rate it is created when this setup is done. IE 1psi at idle, 7psi at cruise, maybe 10 at full throttle. Remember, no idea what it is going to be, these are just iffy numbers that may happen. Now, with that, I will turn the other blower the same at first, to see probably just over 1 at idle because there will be less restriction. So with that, 10 at cruise and 15 at max. OD it a bit and hopefully, will see 3 at idle, 15 at cruise and maybe 18 or so at max. I am not that concerned about full throttle, because I am not going to play there a lot...and when I do go there, it will be for only short times. None the less, when I start to get the 10+ psi on a regualr basis, I will have to get an IC. No biggie, I will spin the hat around to exit on the pass side (blower) and run an IC tube down next to the rad. Probably will do a dual IC from a supercoupe with a 3" inlet and outlet there and run the tube across in front of the rad and out the driver's side where it will go up the side, across the A/C compressor, and into the pre-existing inlet to the intake I am working to make now.
I had to think about this (and still am) because I DO want to have 10psi at my disposal at any given point. With that, I know it will build boost as you step into it. Not my first boosted vehicle. BUT, with the cfm's being relatively the same as the SC, I am hoping the way it uses the boost will be the same as well. I like the instant boost over what I have seen out of smaller turbos.
SWS