Allies needed 1500-2000 HP V12s, not yet another 1000 HP type.
For single engine fighters and bombers, not for a twin engine fighter the size of the Whirlwind.
Cheers
Steve
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Allies needed 1500-2000 HP V12s, not yet another 1000 HP type.
The British could certainly have used a long range heavy fighter before they actually got one, its just that the Whirlwind wasn't it.
For single engine fighters and bombers, not for a twin engine fighter the size of the Whirlwind.
Cheers
Steve
(Un)fortunately, there was no small twin-engined fighter size of the Whrilwind anywhere in Allied inventory, bar the RAF.
Yes, but with a couple of properly supercharged 1000 hp engines it would have been a more than decent aircraft in 1941/2. Four 20 mm cannon was still very heavy armament for the period.
Personally I don't think the RAF missed it, and the rationalisation of engine production was justified. It was never going to be a wonder weapon.
Cheers
Steve
Personally I don't think the RAF missed it, and the rationalisation of engine production was justified. It was never going to be a wonder weapon.
Not a wonder weapon but a useful one why they straightened out the Typhoon
Or junked it and built Griffon Spitfires
The daily mail deliberately puts historical errors in articles so people click and comment to correct them. When they do make a real "gaffe" they correct it.
Tempests didn't suffer from rear fuselage breakages, they were rated with an ultimate G factor of +14..
Spitfires were 'press-ganged' into TAF 'mud-moving' sure, but they could not match the Typhoon's capabilities.
This late `41 AFDU report - is the clincher as to why the RAF, really saw no future for the Whirlwind:
www.wwiiaircraftperformance.org/typhoon/Typhoon_AFDU_Tactical_Trials.pdf
Sorry; confused the Typhoon and Tempest. The latter was a derivative of the former, which was the one which suffered from structural failures.
Incidentally, most aircraft are designed not to fall apart in flight. The Typhoon's structural problems are well-documented, and several were lost due to in-flight structural failure.
The Typhoon's structural problems are well-documented, and several were lost due to in-flight structural failure.