Ad: This forum contains affiliate links to products on Amazon and eBay. More information in Terms and rules
Btw, you meant the XFD-1 right ?
As to the Me-262's swept wings, well no I don't believe they were swept for reasons of load distribution, Messerschmidt knew about the aerodynamic benefits of sweep which would be why he incoperated this into the Me-262 design.
"The production Me 262 had a leading edge sweep of 18.5° primarily to properly position the center of lift relative to the center of mass and not for the aerodynamic benefit of increasing the critical Mach number of the wing (the sweep was too slight to achieve any significant advantage)"
Which traces back to a NASA document.
I believe this this was the "Status Quo" for the incorportation of swept wings during this period and the benifits of increasing critical mach number was dicovered after the fact. Take a look at the XP-55 Acender. It's predessor the CW-24B incorporated at least a 45 degree swept back wing and that was flying in late 1941.
Probably, but again, unknown problems. I think the G0-229 was a long way from becoming an effective war bird. Too advanced for the technology available. Tank seemed to have some problems with the Ta-183 in Argentina, modifing the wing installation.
As far as I know there wasn't but I could be wrong.Flyboy and/or Soren:
Do you know if there were any documented mock air-combats between the Me 262 and P-51 or P-47?
They captured several intact Me 262s when it all ended; i have papers of some flight tests...but have not found anything regarding mock dogfights.
I know what the value of guncamera footage can be, but this film made me beginning to wonder if the allied version that points out to the fact the Me 262 "was dead meat if it turned" is true. Too bad i am a low tech creep and do not know how to convert the episode into .mpeg file to include it here.
Dag Tom, I agree that the Ho IX would have been a great aircraft though I feel that it would have taken a long time before the aircraft had been operational. I don't think you can blame that on Gotha not having the resources (I mean, they built wooden gliders, didn't they?) but Gotha was also working on its own version, the P 60. Not only did that slow down the development of the Ho IX, it also shows that there was room for improvement. Although not a dramatic problem, the directional stability and especially the stability in turning and banking tailless aircraft is rather weak. Especially the CoG of the Ho IX was a serious disadvantage and could only be remedied by adding 600kg of ballast. The P 60 solved this by moving the engines backward and outward.I completely disagree with what you say on the Horton IX/gotha 229. The first prototype did 4 very satisfying test flights, before it crash landed due to an engine failure. The plane was allmost completely build from wood and welded steel tubes, not so advanced huh. The plane flew well, so the concept worked. Fact is, only the V1 flew. When allied troops overran the gotha factories, some 5 or 6 more prototypes were discouvered in various states of readiness. Some even with weapon bays. Sadly for the german warfare machine, gotha didn't had enough skilled woodworkers, unbombed workshop space and influence to make the fighters in a high tempo. Other projects were found to be more urgent. If the Horton plane got the same recourses availible as for messerschmitt or focke wulf projects, a lot more planes would have flown.
Absolutely - they are "dirty," gear down flaps down and creating a lot of drag - it will take several seconds to get cleaned up and accelerate, even in modern aircraft. They are also limited on how fast they could fly with the gear extended before damage is caused to the airframe.fLYBOY, i agree with you on most accounts.
But the questions:
Aren´t all planes vulnerable when approaching the runway from the air with the undercarriage out?
Yes - recip aircraft at lower transonic speeds have an acceleration advantage over most jets, especially if we're talking about first generation jets. You give power to just about any WW2 fighter and she will move immediately, a jet on other hand will lag for several seconds and the spool up is slowSo, let´s suppose a Bf 109 or P-51 that approaches the runway or landing strip gets tailed by an enemy plane, you mean they had bigger chances to get out of problem because they could accelerate faster than the Me 262 could?
Ex-Czech AF trainer - its M701 engine is a huge centrifugal similar to the nene or RD-45. Once it gets going it has a top speed of about 400 MPH (On a good day)Finally, and please forgive my ignorance, i do not know what aircraft the L-29 is...to what type of craft are we here referring to?
I completely disagree with what you say on the Horton IX/gotha 229. The first prototype did 4 very satisfying test flights, before it crash landed due to an engine failure. The plane was allmost completely build from wood and welded steel tubes, not so advanced huh. The plane flew well, so the concept worked. Fact is, only the V1 flew. When allied troops overran the gotha factories, some 5 or 6 more prototypes were discouvered in various states of readiness. Some even with weapon bays. Sadly for the german warfare machine, gotha didn't had enough skilled woodworkers, unbombed workshop space and influence to make the fighters in a high tempo. Other projects were found to be more urgent. If the Horton plane got the same recourses availible as for messerschmitt or focke wulf projects, a lot more planes would have flown.
On the Ta-183,
The only thing that actually was "wrong" with the huck, was that it didn't had wing fences. In a turn, the air would just follow the leading edge of the wing or run parrallell with the wing's leading edge, and so, no lift would be produced anymore and the plane would fall down. On the pulqui II, this was resolved by putting fences on the wing (small fin like things, in somewhere in the middle of the wing.) The russians did the same on the mig 15.
Tom