So people here have noticed that the F-47 nose landing gear only has one tire, which hints that the MTOW is likely not that high, and indicates that the aircraft isn't as huge as some had thought. In fact, if F-47 really is about the size of an F-22 as some said, but with much lighter structural weight for more fuel fraction, based on that information I'm making my rough estimate on F-47.
Empty weight: 39,000 lbs (over 4,000 lbs lighter than F-22)
Fuel: 25,000 lbs, 0.64 empty fuel fraction,
Weapons: 6x AIM-260 JATM, assuming 350 lbs per missile, and 2x AIM-9X, 2,476 lbs
Takeoff weight: ~66,700 lbs (assuming 200 lb pilot)
Thrust: 2x XA102/XA103 each producing 35,000lbf thrust
T/W ratio: 1.05 at takeoff weight
g-limit: +7.33 (even most maneuverable fighter only sustain 9g under 10,000ft anyways)
This gives a loaded fuel fraction of 0.375, and using the Breguet range equation as a surrogate for combat radius, this means that just by fuel fraction alone, range has increased by 43.6% from the F-22's combat radius numbers of 595nmi subsonic and 460nmi with 100nmi supercruise. Combine that with the NGAP goal of increase mixed supersonic/subsonic combat radius by 38%, and assuming that the NGAD/PCA has 30% better L/D due to more advanced aerodynamics over the past 30 years, you get about 1,200nmi combat radius with 260nmi in supercruise.
For the F-47 to be about the same size as an F-22, that's extremely impressive, but it goes to show what 30 years of advancement in aerodynamics and propulsion can achieve.
But the fact that the F-47 is not a very large aircraft, at least not much different from legacy fighters, has interesting implications in terms of operational usage. That could mean it can operate from shorter and more austere runways compared to a large aircraft, which may be critical for INDOPACOM, being able to use smaller Second Island Chain bases. And also use existing shelters and infrastructure. So that means, it can operate from the same kind of shorter, austere bases that the F-22 has recently been deploying out of in their ACE testing.