(Fast | Reliable | Cheap) HINT: You can only have 2 of these options, never all 3.
(Small Displacement | Big Power | High Reliability) HINT: The same rule above applies here too!
Funny story, a co-worker had and recently sold a 2015 Mustang Ecoboost. He claimed he sold it because he needed something with a bigger back seat, but he is full of it, he sold it due to the following realization finally sinking in after almost a year of learning it over and over.
He constantly bragged how his Ecostang had more torque than mine(he looked it up online), and how he would smoke me, we raced, he lost, over and over, even went so far as to get a tuner and tunes to add what they claimed was 50-70 ft-lbs, he still lost, and discovered a new problem. While the tune allowed him to get closer to keeping up on the first pass, he then ended up loosing timing and even getting minor detonation which auto-retarded his timing into the toilet on the second pass due to so much heat saturation due to the turbo/intercooler etc, and the tune being too hot for the cars design specs.
He fussed with tune changes for months, insisted it was fixed and then lost some more, in the end he sold the car in frustration.
He never understood that just because he makes more power than i did on paper in theory, A, theory and reality and usually not identical, and B, he makes that power at full boost/full spool at high/peak RPM, i make it a WHOLE LOT sooner, at much lower RPMs, and especially on the 4.6L 3V V8s, the HP curve never drops off on the Dyno sheet, it is still climbing almost like a straight upward line, all the way to redline thanks to the high flowing heads, Torque peaks out, but HP never does. I run out of RPM before I run out of power.
There is no replacement for displacement. There is such a thing as too small, with too much reliance on turbos making it stronger.
Ill drive an Ecoboost, Sure, Just as soon as its a 4.6/5.0L ecoboost, lol.