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Still post-war but no need to go to the MK 8. the MK IV would have done just fine. First flew 15th Aug 1945. Of course there were still some problems and it took (such was the pace of post-war development) until 1947-48 to sort some of them out. But clipped wing MK IVs were flying earlier than that. The MK IV makes a decent RAF '46 what if
The Meteor's closing the gap on the Me262 shows two things:
First, just how quickly the British's jet technology was being refined at the time and the other, just how slowly the Me262 was being developed/revised due to wartime shortages and disruptions.
Do you have a source of that claim? The faith of every Me262 W-Nr is well known by serious researchers and the numbers tells a different story. This statement is a common myth like "the Me163 killed more own pilots than enemies".We should not forget that the major killer of Me 262 pilots was the Me 262 itself.
Do you have a source of that claim? The faith of every Me262 W-Nr is well known by serious researchers and the numbers tells a different story. This statement is a common myth like "the Me163 killed more own pilots than enemies".
cimmex
I'm aware that the accident rate was high in the last year of the war, but:
not every accident was caused by the plane.
not every accident killed the pilot.
accidents were not limited to the Me262.
So I cannot follow your statement: "We should not forget that the major killer of Me 262 pilots was the Me 262 itself."
cimmex
The faith of every Me262 W-Nr is well known by serious researchers and the numbers tells a different story. This statement is a common myth like "the Me163 killed more own pilots than enemies". It is definitely no myth that the Me 163 was more dangerous to its own side. While it may have claimed 10 kills, many more pilots ( and ground crew) were killed during refuelling, take off or landing. Some exploded in mid air, others doused their pilot with the corrosive fuel mix, which literally dissolved the hapless fellow. Around 80% of all Komet losses were from accidents, compared to about 30% for the 262. Dr Lippisch had designed the fastest manned fighter of ww2, and probably the most aerodynamically efficient, but it was an act of desperation operationally. At least they actually shot down some bombers, which is more than can be said about the He162. The only single engined Jet powered aircraft to see combat, it failed to bring down a single enemy aircraft, although it did engage them on a few occasions. The only claim was disputed, being credited to an AA battery. It killed more of it own pilots proportionally than the Me 262 as well. The Meteor failed to bring down a single manned opponent as well, and killed its share of pilots, particularly after the war during training. The tag "Meatbox" is not complimentary. The 262 on the other hand, was called the "Stormbird", "Swallow', or "Turbo", which, to me, speaks for itself( although I read somewhere that Chuck Yeager called them "Blowjobs"......) We can point and counter point until we are blue in the face, but the 262, for all its shortcomings and problems, was the most successful jet powered fighter of WW2. The Arado Ar 234 is still my favourite though!Do you have a source of that claim?
The Me 262's accident rate has been well documented in many publications. "Arrow to the Future," (which I own and read) "The Me 262 Stormbird: From the Pilots Who Flew, Fought, and Survived It," and "American Raiders, The Race to Capture the Luftwaffe's Secrets," all address the 262's accident rate from both German and allied sources. I read somewhere that Kommando Nowotny had a 2% loss rate per day when they were operating the 262, a third of all 262 accidents were attributed to some kind of engine failure.
With that said this shouldn't be surprising or unexpected (and shouldn't be looked upon as a detractor of the Me 262s operational history) as most if not all twin engine fighters of WW2 had a higher accident rate than many single engine aircraft, this due to lack of training in engine out procedures, especially early in the war. Combine this with a state of the art aircraft with engines that had had to be changed as little as every 10 hours under combat conditions, it's amazing the accident rate wasn't higher.
And here is where I show my ignorance.
Is it that the 262 (and others), could not fly on one engine, or was it that on take-off (262 only) an engine faliure caused a situation that could not be quickly remedied by the pilot? I have read that the 262 pilots were the best that Germany had.
Any airplane could land unpowered with enough pixie dust - also known as "airspeed."The Me 262 could fly on one engine, post war US test pilots were taught the routine for doing so by the Germans. It was not a terribly good glider, but unpowered landing was theoretically possible.
Actually a bit simplier in a single, the big difference is in the end you're either going to crash or bail out!Similar single engine advice to that I have read elsewhere. It was not a simple procedure.
Even without power, if you're able to put the nose down (and have altitude) you will gain enough airspeed to maintain a best glide (Vbg) in almost any airplane including the 262. If you're in the pattern and operating at approach speeds, good luck!It's not just a question of airspeed. I don't know what the ideal airspeed/glide angle/rate of descent was for the Me 262 in unpowered flight is, but it might have discouraged pilots with sufficient altitude from embarking on such a course. I can't remember reading instructions for an unpowered landing, neither can I recall an account by anyone who succeeded in pulling one off. That doesn't mean it didn't happen, I'd be happy to hear that someone did it and survived.
All bets are off if there's any Allied fighters in the area, though!Even without power, if you're able to put the nose down (and have altitude altitude) you will gain enough airspeed to maintain a best glide (Vbg) in almost any airplane including the 262. If you're in the pattern and operating at approach speeds, good luck!