I'm assuming they went with what was easiest for now until they've got the timing, boost and other things under control as well as the beefed up transmission ! The placement for the exhaust will definitely be one of the last things for this sort of projectNice! Was it impossible to run exhaust under car or out front fender?
Nice! Was it impossible to run exhaust under car or out front fender?
What timing did you run from like 4000 rpm?
Thanks! Around 17 degrees if I am right at 28 Psi (1,9 Bar). Seems that it can handle some timing if the studs is changed.See attached log and dyno
Thanks! Around 17 degrees if I am right at 28 Psi (1,9 Bar). Seems that it can handle some timing if the studs is changed.
Even more impressed is with FBO if I assume that is has stock Turbos! A great "under the curve" torque, perfekt for a daily driver.
Great work for us here that yo test the limits of the engine! Just continue!
By the way, what LPFP did you use at the video?
Fantastic / totally impractical and driving even more Australian players away from your product.
Is there any scenario in which that internal R&D leads to aftermarket manifolds to remove the stock bottleneck and allow turbo upgrades?This project is definitely is not for internal parts/tuning research and development, and data not being shared to help benefit the entire community. I'm sure there is a huge contingent of Stinger owners out there, especially in AU where these cars probably cost 70k, who are clamoring to install a $10k one-off single turbo kit with exhaust routed out their hood!!!![]()