Really depends on the condition of the headgasket. Some go at 45-50, others can take 60 for a while.
Beside, it isn't the boost you want, it is airflow. I make 38# with my HTT turbo, vs the 45# I was making with the PDR HX40 I had. The more air you can move, at lower PSI, the better. Not to mention the lower boost will also be at lower intake temp. The more you compress something, the hotter it gets.
Are you going to BOMB this truck? That will be a factor when getting a new turbo. If keeping it stock, a HX35 would be a good replacement.
Beside, it isn't the boost you want, it is airflow. I make 38# with my HTT turbo, vs the 45# I was making with the PDR HX40 I had. The more air you can move, at lower PSI, the better. Not to mention the lower boost will also be at lower intake temp. The more you compress something, the hotter it gets.
We need to use a vacuum pump for a turbo?
I agree with you guys, jokes aside. I plan on doing away with my grid heaters, I think thats the most restrictive thing in the flow right now. I may try to build a better inlet piece, (above the grids).
Thanks guy's okay how about a strong 300 hp? What mods would I need? I'm thinking of trying a Auaroa 2000 fom ATS. I've had a SPS 62 on my third gen...
Greenleaf said:Be prepared to be flamed. Folk don't want to hear that. They want BIG boost numbers. It equates to big HP numbers... ... ... .
I try to reason that the copper tube on an air compressor gets REAL hot for a reason but the connection (between the two) is seldom made. Also, hot air balloons rise when the flame is turned on.