fastmongrel
1st Sergeant
What was the Armstrong method you were referring to?
It uses Handraulics
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What was the Armstrong method you were referring to?
What was the Armstrong method you were referring to?
What was the Armstrong method you were referring to?
Nope, just file it under fiction.You know the guys are going to make you show the math on that equation.
The CAM ships may have been unusual and even desperate but they worked. 9 launches, 9 kills (not one kill per launch) with others driven away. One pilot died from injuries baling out, one other injured. In air defence of anything that is about as good as it can get. CAM ship - Wikipediathe incredibly desperate "Hurricats" (which must have had some of the bravest and lonliest pilots of the war),
The CAM ships may have been unusual and even desperate but they worked. 9 launches, 9 kills (not one kill per launch) with others driven away. One pilot died from injuries baling out, one other injured. In air defence of anything that is about as good as it can get. CAM ship - Wikipedia
I think they parachuted out, its far safer and they were baling out over a fleet, Hurricanes were just not made to ditch in water.. One pilot landed in Russia. 4 condors 1 Ju88 and 4 He 111s in exchange for 8 obsolete Hurricanes would have ended the Battle of Britain in weeks.Yeah no denying it, they worked. I didn't realize the causualty rates were so low. Ditching in the North Atlantic doesn't sound fun. But those guys were badass.
I find the air combat way out to sea really fascinating. We got into some of the bomber vs bomber battles in another thread.
Overall though I think F4U and F6F were much better naval aircraft than a Seafire.
A lot of difference between "much better", twice as good, and 100 times better.
Another RN aircraft best not thought about too much...For some reason the Spitfire very, very rarely got two speed single stage superchargers, either Seafires or land based.
So for Seafires it was either a high flying single speed Merlin or a low flying single speed Merlin or a Griffon engine.
Not sure if fitting Merlin 32s to some Seafires was an attempt at engine standardization with the Barracuda?
Now figure out which aircraft were in squadron service when. RN was getting their first 1/2 dozen or so F6Fs about the time of Salerno.
Just as an aside the Wildcat had a wheeltrack of 6 ft 5in and had over 12in of oleo stroke. Wildcats had some deck handling (or shore runway problems of their own.
USN thought that 1 20mm was the equal of 2 to 3 50 cal. The USN wanted to employ 20mm cannon instead of .50 but production difficulties prevented that.Both Seafire and Corsair had serious problems being adapted for Carrier landings initially, but these issues were worked out with the Corsair, while they never really were with the Seafire.
I think that video upthread a few posts is a pretty good overview with a couple of caveats. The Seafire had a ton of problems, it may have had it's moment against Kamikazes briefly late in the Pacific War, but by and large it was sorted out (to the extent that it was) too late. It was a disaster at Salerno.
I'm not sure I agree with the narrator that it's armament compares so well to a Hellcat either, which is one of the few points I'd disagree with the narrator on. I also don't think the Sea Hurricanes main problem was the .303 armament.
But it's also true that for the RN, both the Hellcat and the Corsair came a little too late to make a big difference. The critical moments with the convoys and Battle of the Atlantic were fought with Skuas, Sea Gladiators, Sea Hurricanes, the incredibly desperate "Hurricats" (which must have had some of the bravest and lonliest pilots of the war), Fulmars, and to a lesser extent, Martlets. They did their best with what they had and just about managed, saving Malta by a tenuous thread. And getting just enough of those Arctic convoys through to help keep the Soviets alive during their most critical phase.
Aside from landing and general carrier ops problems, Seafires (and Sea Hurricanes) just had too short of a range and endurance. I'm not sure the low altitude engine was a great idea either, something FAA was obsessed with. It could come in handy for example against Kamikaze strikes and torpedo planes, but it limits versatility. Sometimes you want CAP flying higher.
The part at the end about their using 90 gallon P-40 drop tanks was interesting, I'd like to see some harder numbers on it.
Overall though I think F4U and F6F were much better naval aircraft than a Seafire.
The Bearcat cheatedThe Bearcat was specifically tailored for low altitude performance with a single stage R-2800.
The Wildcat had issues, they were different issues. The long travel soft landing gear soaked up carrier landings pretty well. The landing gear kept the props out of the deck planking. They may have tracked fairly well. On land bases they didn't handle cross winds well and they known to to dip a wing on rough strips or in cross winds and put a wing tip into the ground. These may have been lower speed accidents and more easily repairable?I don't think it was comparable with the issues they had with the Seafire. Be glad to see hard (operational) numbers though if you have any.
I know that 20mm is better, but I don't care what the "USN thought", one 20mm, especially one carrying 60 rounds of ammunition, is definitely not equivalent to 3 x .50 cals.USN thought that 1 20mm was the equal of 2 to 3 50 cal. The USN wanted to employ 20mm cannon instead of .50 but production difficulties prevented that.
Carrier warfare was much lower level than the air war over Europe. CAP was 20,000 ft max. The R-2800 2-stage supercharged wasn't a spectacular engine at altitude in any event. The Bearcat was specifically
Apparently Seafires had a particular problem with cracking their props on the decksThe Wildcat had issues, they were different issues. The long travel soft landing gear soaked up carrier landings pretty well. The landing gear kept the props out of the deck planking. They may have tracked fairly well. On land bases they didn't handle cross winds well and they known to to dip a wing on rough strips or in cross winds and put a wing tip into the ground. These may have been lower speed accidents and more easily repairable?