Very soon. Dyno pulls have to be made. Rick's full bolt-on car , as well as mine.
The idea i have is to show VERY "real world" repeatable results with my car. Being that I am on a budget and can't throw everything all at the car at once (because I can't afford it ), I want to show what the turbo will do for the average person on a budget that buys parts as they can afford them. So my car will be dyno'd like it is. If you don't have a TBE and a access port, then you should prob buy those as you can before buying a upgraded turbo. I will also use the cobb OTS stg3 tune un-modified. Because I want to show real world "bolt-on" and go results. After that dyno, I will have an E-tune done and dyno again.
Ricks car will hopefully show us the full potential of the turbo as an "end-game" for guys like me. It could make 240whp, it could make 300whp. I can tell you, in other applications this wheel has made 300whp. But... Not On in these housings and not on this motor, so that's why math and science only takes us so far before a car like Rick's has to be built to see
I do want to say that this stuff was not just pulled out of a hat. We have done other turbos JUST LIKE THIS, with sometimes, way better results than expected or that the math would suggest.
A quick plug, lol, if any of you guys have F-150 ecoboost trucks, we also do those turbos with awesome results. But Lets not get into that here