It’s a 3.3 aircraft.
2.3 Italian C 202 can hit 475 km/h at 3 km altitude with casual ease.
Agility means very little if everyone around you can just shrug and run away and come back on their own terms.
I-185 (82), an incredibly agile plane at 3.7, can easily reach 475 KPH and caps out ~500 KPH at 3 km altitude.
Bf109F4, not that agile but basically the “I can fight anyone” plane of 4.0 hits 500 KPH at 3km altitude with ease and caps out around 550.
Where does the A6M2 with its pitiful “I can barely reach 425 KPH at 3 km” sound anywhere within realm of these planes?
The 3.7 “Ki-100” - still very agile, can hit 475 KPH fairly rapidly at 3 km, and seems to cap out at around 505 KPH.
Rather notably, I’ve been enjoying flying the Ki-100 the most out of my japanese experiment. It’s a plane that can actually pressure and threaten things around it without just being left behind like bad memories.
The 4.0 A6M3 Mod 22 rapidly reaches 425 KPH from 300 @ 3km altitude and caps out at ~490.
You’re telling me.
The 3.3 A6M2 that struggles to reach 425 KPH@3Km altitude has the same flight performance as the 4.0 A6M3 mod 22 that cheerfully reaches 425 KPH@3km and caps out around 490?
Really?
And before you accuse me of being “japan main” -
~50% of my flight time has been in U.S props, with the only planes coming close being the Bf109F4 and Spitfire F IX.
Ki-84 is undertiered, and needs a bump up as it dominates its space with its insane energy generation.
The zeros are fine.