I plan on a tune, exhaust, and all the other goodies as soon as available. Warranty, smorenty ?. Here I come supercharged coyote if I blow it up. Lol
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That is true in some applications, but not this one. You have two equal size turbos each feeding their own bank of cylinders.Personally I'm more concerned in where the power curve is / will be . Making peak HP /Tq means nothing if its in an unusable rpm range. I want the torque to be down low for tail use. My understanding of having twin-turbos is to have a more constant power curve, where when one turbo is cutting out the other is cutting in to alleviate lag. Am I thinking correctly?
Thanks, I'm a Turbo newbie & trying to read up on this engine.That is true in some applications, but not this one. You have two equal size turbos each feeding their own bank of cylinders.
Small turbos, quick spool, FAT torque curve through the most usable part of the rpm range.
full torque by 3000 rpms should be very responsive from both the 2.7 and 2.3. See baseline dynos on a Ranger 2.3 and F150 2.7 From another thread:Personally I'm more concerned in where the power curve is / will be . Making peak HP /Tq means nothing if its in an unusable rpm range. I want the torque to be down low for tail use. My understanding of having twin-turbos is to have a more constant power curve, where when one turbo is cutting out the other is cutting in to alleviate lag. Am I thinking correctly?
Tune and downpipe for me. I'd say intake, but this is my first off-road vehicle, and I plan to learn to use it appropriately, so I imagine the stock airbox will be better at keeping trail funk from the engine.
I'm not sure I'll go much further than that (I'm lying to myself, and all of you, forgive me.)