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The Ki-100 has always baffled me. It is usually reported on with glowing praise, yet on paper, seems to have 1941 era Spitfire Mk.V performance.
From Wiki;
" A well-handled Ki-100 was able to outmanoeuvre any American fighter, including the P-51D Mustangs and Republic P-47N Thunderbolts which escorted the B-29s over Japan, and was comparable in speed, especially at medium altitudes"
" The Ki-100 along with the Army's Nakajima Ki-84 and the Navy's Kawanishi N1K-J were equal to the latest Allied types in the final year of the Pacific War."
Not sure how that would be possible, considering the "latest allied types in the final year of the Pacific war" would be P-47N's, P-51D's, F4U-4 and a smattering of Spitfire MK.XIV's all of which would have enjoyed a 80 mph speed advantage
That is not a P-36 in the photo.P-40Q was a long way from a P-36, not sure what your point is here precisely
Not sure how that would be possible,
Yeah we know that the Japanese had been bombed into oblivion by 1945, had horrible fuel and various materials shortages, had lost most of their merchant fleet and were drastically outnumbered. The discussion was really on the design level, did they make good planes? And to some extent production. (could they build them in numbers).
Of course when fleets of B-29s are incinerating your cities and US subs and dive bombers are sinking your entire merchant fleet, it's tricky to keep the factories running...
The source for that is a book in Japanese: Watanabe, Yoshiyuki (2000) "Shiden Kai of Local Fighter", Gakushu Kenkyusha p.180Japanese say ~380 mph top speed.
Greg dug up the original source documentation and said it was 96-octane, not 100 or 92.Compared to Japanese performance test conditions, very high-octane fuel would certainly not hurt, but would be unlikely to significantly improve speed performance. That is, unless modifications were done to run the engine at higher performance than design, which is unlikely.
The N1K1/2 suffered from aerodynamic drag factors that was a legacy of its floatplane origins. While it had an excellent wing design featuring a low-drag airfoil, that was offset by the 4-degree attachment point between the wing and the fuselage (if I understand correctly, I could be wrong). Basically, Kawanishi rushed a design into production because they knew the Navy had no good alternative.I myself am highly dubious that a Japanese 2,000 horsepower engine somehow produces a slower aircraft than a US 2,000 horsepower engine, all things being equal (let alone when factors like weight and drag are leaning heavily into the Japanese aircraft's favor, as is the case say, if you compare an N1K to an early to mid- run P-47.)
This is an interesting subject. Francillon himself said that the late-war, partially wooden Frank II made 416 MPH with the -23 and -25 models of the Homare, but didn't include a source. However, everyone points at Francillon's equally unsourced numbers when they say that the Frank wasn't as fast as TAIC's calculation. I personally believe that the early Pe-32 prop's pitch angles and length wouldn't have allowed the full horsepower to be deployed but for everyone who is treating Francillon's numbers as fact, his numbers for the Frank II are just as valid: 669 kph. That's not much different from the 687 KPH calculated by TAIC.The Japanese planes may be faster than some credit them with. But are they 420mph airplanes?
A mining campaign B-29s greatly contributed to the attrition of the maritime traffic.
You could say the Japanese planes were too little too late, same for the Spitfire, like the Japanese aircraft it could have evolved into more than what it actually did but the war came first, good enough now is better than perfect later. Aircraft performance is directly related to engine power, engine power is directly related to fuel performance numbers, the Japanese like the Germans didn't have the specialist metals in quantity to build reliable 2,000hp engines or the 120-150PN fuels to fuel them as that was the exact industry the bombing campaigns targeted for obvious reasons and while the axis fighters did fight to the end neither country had aircraft that could go toe to toe with the equivalent 44-45 Allied planes.The discussion was really on the design level, did they make good planes? And to some extent production. (could they build them in numbers)
Aircraft performance is directly related to engine power, engine power is directly related to fuel performance numbers, the Japanese like the Germans didn't have the specialist metals in quantity to build reliable 2,000hp engines or the 120-150PN fuels to fuel them as that was the exact industry the bombing campaigns targeted for obvious reasons
and while the axis fighters did fight to the end neither country had aircraft that could go toe to toe with the equivalent 44-45 Allied planes.
At wars end the Merlin, Daimler Benz, Sabre, Griffon, various radials from all the makers such as the R2800 and BMW 801 were all nudging or exceeding 2,000hp reliably.It is not like majority of Allied A/C was powered with 2000 HP engines either.
They didn't have too, it was not a reliable or mature aircraft, too little too late.Me 262 had no equivalent among Allied planes in 44-45...
If one wants to go toe to toe vs. Allied best of 1944-45, Me 262 is still it's best bet.They didn't have too, it was not a reliable or mature aircraft, too little too late.
All that would happen is the 262 pilot would blast around not wanting to slow down or touch his throttles with the P51 Spit P47 whatever turning every time he saw the nose come around, it would end in stalemate.If one wants to go toe to toe vs. Allied best of 1944-45, Me 262 is still it's best bet.