I figure one of the turbo guys has a good idea on an answer to this question.
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I'm currently running 10.50 to 10.75 with no problems. I ran 10 for long time and then added just a pinch more psi. HTH
has anyone actually done a dyno of their truck after installing a turbo?

I'm currently running 10.50 to 10.75 with no problems. I ran 10 for long time and then added just a pinch more psi. HTH
Yup. Mine was dyno'd after each phase. I can try to remember to get some scans of them tomorrow during work. Seems like after the FMU, Unichip, 3" downpipe / exhaust / high flow cat, @ 7psi I had close to 400 ft/lbs to the rear wheels. This was with locked CDL and front drive line removed to get true rear wheel numbers.
I know that it tows similar to my old man's stock '02 Cummins.![]()
Very cool. How much RWHP did it make? Which turbo are you running?
It's the full Safari setup from about 10 years ago with the intercooler. I hate to do a 'desktop dyno' but I think it was in the upper 200's on the RWHP. I was more concerned with torque at the time so it sticks with me more, but It seems like the numbers were about 130 apart and I know torque was pushing 400.
I wonder exactly what size/trim/AR turbo was included with the Safari kit. I just did some quick google search and didn't come up with anything.
I would love to see your dyno if you get a chance to find it.
I'm currently running 10.50 to 10.75 with no problems. I ran 10 for long time and then added just a pinch more psi. HTH
Here we go. Good conversation on stock Safari specs: (#6 for specific turbine specs.)
https://forum.ih8mud.com/80-series-tech/507201-help-sourcing-safari-turbo-turbo-assembly.html
(Hopefully this isn't a thread hijack since it seemed like the OP was asking some general Q&A.)
The amount of boost you can run will vary depending on which turbo you go with. 20psi on a small turbo can be the same amount of air flow (and HP potential) as 6psi on a larger turbo. It all depends on actual air flow, not the amount of boost you're running. Most guys here seem to get away with around 6-10psi. But I haven't seen anyone post dynos with AFR/psi datalogs yet. Hopefully someone will if they have the data from a build that's already been done.I figure one of the turbo guys has a good idea on an answer to this question.
Good thread, but still no specs on the stock turbo. People mentioned something similar in size to a GT2860 or so. That is pretty small IMO.
Speaking of the OP. An answer to your question:
The amount of boost you can run will vary depending on which turbo you go with. 20psi on a small turbo can be the same amount of air flow (and HP potential) as 6psi on a larger turbo. It all depends on actual air flow, not the amount of boost you're running. Most guys here seem to get away with around 6-10psi. But I haven't seen anyone post dynos with AFR/psi datalogs yet. Hopefully someone will if they have the data from a build that's already been done.