Agreed completely. I'm all in on studying gains with the inlet pipe, boost tubes, upgraded intercooler and cold air intake. Decreasing turbulence in the intake tract, along with increasing air and fuel through the engine equates to more power. Increasing air flow while reducing turbulence also drops the intake charge temperature. When temperatures drop, power goes up because you're able to feed the engine a much denser charge. I would love to see the difference in differing exhausts. Many of these might sound cool but are often less efficient than the stock system. Adding a tune and remapping the transmission and you're sure to see an enhancement over a stand alone tune. Over time the FIA has drastically changed the rules in Formula 1. Manufacturers scramble for several years and then the engineers have that moment of clarity where performance and efficiency skyrockets until the FIA steps in and adds yet another hurdle. These trucks and the power and efficiency we're experiencing were derived on the racetrack. The mods offered today seem insane, yet it's text book know how from brilliant individuals. We're running an engine that performs like a diesel considering where the max power and torque are derived, yet run on gasoline with emissions intact. I'm guessing these engines were spawned by the diesel Audis that dominated World Endurance Racing for a decade. Who would have thought that a diesel race car would win Lemans repeatedly. Probably the same folks who figured they could get 350 + drivable and reliable HP out of a 4 cylinder gasoline engine with a hybrid component.I agree hopefully we can expand even further with upgraded turbos. I believe so far the market is there and I do believe Toyota will be keeping this version of the engine for awhile. I just got my magnaflow exhaust today and getting OTT this Sunday so can’t wait to see how everything works in sync to really open the 4Runners capability