Hello,
I need some advice on which way to go with a turbo. 02 Dodge, 235 hp, 5 speed. I am using it for some fairly heavy towing 25-38,000 lbs gross, 30,000 being average. I plan on installing some DDP 75 hp injectors, more than likely a smarty or a TS MVP module, a clutch, Air Dog 150 already installed, and a turbo. I thought the turbo would be one of the easiest decisions but it has turned out to be the hardest.
High Tech turbo said their HX35/40 hybrid would be enough, one added plus is that I can use my existing exhaust brake and exhaust system. I have heard these turbos tend to break shafts but the guy at High Tech said the people having shaft problems are primarily the ones that are not running waste gates or are over 40-45 psi boost. He said if the boost is kept under 35 I won’t have shaft problems. They said this turbo would be about 100 CFM over stock, an HTB2 being 250 cfm over stock, and stock being 550-650 depending on who you talk to.
DDP recommended that with the weight I am dealing with they recommended building me a turbo, approximately a 62/14 (the person I talked to did not know exactly what size as it was going to be a custom job and was unsure of the CFM also), and that the 35/40 would be too small. In doing so it would mean basically the same thing as going with a HTB2, or Super B and by that I mean I would need to purchase a new in line exh brake and 4 inch exhaust. They actually said with that kind of weight I should be running towing twins, but that is not an option because I just can’t afford it.
Going the HX35/40 route is about $2000-2400 cheaper but I am a bit concerned that it will not be enough. Although I keep a close eye on the pyro and I don’t drive it WFO while towing I do want this hp upgrade to be clean and dependable, not smoky and hot.
I also talked to Aurora, and they said their 3000 (57mm compressor wheel) pushes 1050 CFM, they also said that although it is recommended that a 4 inch exhaust be used with their 3000 and 4000 turbos that I could get the 3000 with the correct turbine house so I could still use my exhaust brake.
BD said their Super B pushed 840 CFM and has a 57 mm compressor wheel.
What do you guys think? And thanks for the help.
I need some advice on which way to go with a turbo. 02 Dodge, 235 hp, 5 speed. I am using it for some fairly heavy towing 25-38,000 lbs gross, 30,000 being average. I plan on installing some DDP 75 hp injectors, more than likely a smarty or a TS MVP module, a clutch, Air Dog 150 already installed, and a turbo. I thought the turbo would be one of the easiest decisions but it has turned out to be the hardest.
High Tech turbo said their HX35/40 hybrid would be enough, one added plus is that I can use my existing exhaust brake and exhaust system. I have heard these turbos tend to break shafts but the guy at High Tech said the people having shaft problems are primarily the ones that are not running waste gates or are over 40-45 psi boost. He said if the boost is kept under 35 I won’t have shaft problems. They said this turbo would be about 100 CFM over stock, an HTB2 being 250 cfm over stock, and stock being 550-650 depending on who you talk to.
DDP recommended that with the weight I am dealing with they recommended building me a turbo, approximately a 62/14 (the person I talked to did not know exactly what size as it was going to be a custom job and was unsure of the CFM also), and that the 35/40 would be too small. In doing so it would mean basically the same thing as going with a HTB2, or Super B and by that I mean I would need to purchase a new in line exh brake and 4 inch exhaust. They actually said with that kind of weight I should be running towing twins, but that is not an option because I just can’t afford it.
Going the HX35/40 route is about $2000-2400 cheaper but I am a bit concerned that it will not be enough. Although I keep a close eye on the pyro and I don’t drive it WFO while towing I do want this hp upgrade to be clean and dependable, not smoky and hot.
I also talked to Aurora, and they said their 3000 (57mm compressor wheel) pushes 1050 CFM, they also said that although it is recommended that a 4 inch exhaust be used with their 3000 and 4000 turbos that I could get the 3000 with the correct turbine house so I could still use my exhaust brake.
BD said their Super B pushed 840 CFM and has a 57 mm compressor wheel.
What do you guys think? And thanks for the help.