Not sure why people get so hung up on the 6.2.
Because some of us grew up during the dawn of the Muscle car era where big blocks ruled the roost. Yet even today, the old adage is still undenieably true:
There is no replacement for displacement!
Peruse any new car catalog from any company, and generally the larger the motor, the more power it offers, with all else being equal (i.e. naturally aspirated to naturally aspirated, turbo to turbo, etc). As for the F150, the biggest motor that was offered thus far by Ford displacement-wise is the 6.2. Hence, some of us get "hung up" on it. Though I would be seriously interested in a supercharged Godzilla 7.3…
1300HP Ford 7.3 Godzilla V8 | Harrop TVS2650 Supercharger Testing
... you have to look at it's origins and capabilities.
I did. Have you?
Wiki Ford Boss engine
Its a work truck/fleet engine; it was never designed nor intended for a high performance application or for forced induction. They used it in Gen 1 Raptors because it was all they had available at the time that exceeded the 5.4 3V. It's the opposite of the Coyote, Hemi or the GM LS series, which were designed from the start to include high performance derivatives. Ford 6.2's was designed to replace the 5.4 at the base engine in the Super Duty, and it's certainly been successful in that purpose.
Are you really, really sure you've got your facts straight?
Jakenbake is closer to the truth, and here's another article from
Ford Authority regarding the genesis of the 6.2L BOSS:
The Boss engine was first developed for the Ford F-150 SVT Raptor as a late-availability option. A limited-edition high-output version of the 6.2 L V8 was later introduced for the Raptor as well. In 2017, the engine received new tuning and modified camshafts to bump torque so it could be better suited for use in the Super Duty line of one-ton work trucks.
Regarding the long block itself, with deep skirts and cross-bolted mains (heck, I was just thrilled pink when my original 1970 BOSS 302 came with 4-bolt mains, which weren't even splayed), Livernoise Motorsports offers
punched out 6.2's (sporting 6.6 liters), capable of handling 850HP, including blown applications. That's Ford-poured cast iron block and aluminum heads being used here; testament that it truly can handle high performance applications and forced induction.
Roush sold an aftermarket supercharger kit to capitalize on Raptor owners who wanted more power; just because you "can" boost an NA engine doesn't mean you should.
Valid argument there. But as mentioned, the basic 6.2L long block can handle it so it just needs the right tweaks by Ford, which I'm sure they would engineer the right bottom and top end components if they decide to release a supercharged 6.2; the same research and development process as John Colleti described in his book.
That is why so many met their demise through shattered oil pumps and broken connecting rods.
Um, the only real failures I could find are the oil pumps; maybe my Google-Foo sux but I just can't find much anecdotal evidence at all of a high rate of thrown rods for Whipple and Rousch supercharged 6.2's that you are claiming.
Shattering oil pumps could easily be remedied as there are
6.2L oil pump upgrades to solve those
weak oil pump gears. Pistons and connecting rods can be upgraded just as easily to handle higher power, which I'm sure Ford would do if they decide a SC 6.2L is in the works.
However, the advantages it has over the modular architecture in HD applications (valvetrain design, physical size and weight of components) also make it a poor candidate for a performance application.
I'm really stumped on what exactly "advantages" you're touting here. The 6-two is an overhead cam motor, just like all flavors of Coyotes. Sure, it's "only" a SOHC, but it spec's significantly more horsepower and torque than it's breatheren DOHC 5-OH. And in comparably equipped trucks differing in only 5.0 or 6.2 engine, the 6.2
wins out in all performance metrics and specifications, even though the 6.2-equipped trucks were 250 pounds heavier. Did I mention something about displacement earlier?
And the "modular" moniker of the Ford Modular Engines have nothing to do with being designed with more performance, but setting up tool and casting stations to quickly and easily change to a different engine platform on the manufacturing line.
Are you researching any of this first, or are you just typing out whatever comes into your brain housing group?
Wiki: Ford Modular engine
Regardless of what engine Ford drops in the R model, I'm just glad it'll be a supercharged V8!
(My apologies to the OP for highjacking this thread...)