Best Jet of WW2?

Best Jet of WW2?

  • Me262

    Votes: 0 0.0%
  • Gloster Meteor

    Votes: 0 0.0%
  • Bell P-59 Aircomet

    Votes: 0 0.0%
  • He162

    Votes: 0 0.0%
  • Ar234

    Votes: 0 0.0%
  • Me-163

    Votes: 0 0.0%
  • Yokosuka Ohka

    Votes: 0 0.0%
  • P-80

    Votes: 0 0.0%

  • Total voters
    0

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Okay but in that case what about the V-2 Rocket. It was not built out of any superior alloys and it easily crossed the sound barrier.
 
the lancaster kicks ass said:
well the SR-71 is actually made from steel, purely because nothing else practical can take the heat.......

Umm, the SR-71 is made out of titanium!

=S=

Lunatic
 
DerAdlerIstGelandet said:
Okay but in that case what about the V-2 Rocket. It was not built out of any superior alloys and it easily crossed the sound barrier.

It did not cross the sound barrier on its ascent until it was high enough to be safe from friction heating.

Early V2's were found to have a tendancy to explode in flight before impact on decent. Study of recovered Peenemuende test V2's revealed that the forward hull was collapsing. An extra sheet of steel was added in the forward hull to prevent this. Also, the V2 didn't really have to "survive" it just had to hold up long enough to hit the ground, and it did not have to sustain supersonic speed very long.

=S=

Lunatic
 
RG_Lunatic said:
DerAdlerIstGelandet said:
Okay but in that case what about the V-2 Rocket. It was not built out of any superior alloys and it easily crossed the sound barrier.

It did not cross the sound barrier on its ascent until it was high enough to be safe from friction heating.

Early V2's were found to have a tendancy to explode in flight before impact on decent. Study of recovered Peenemuende test V2's revealed that the forward hull was collapsing. An extra sheet of steel was added in the forward hull to prevent this. Also, the V2 didn't really have to "survive" it just had to hold up long enough to hit the ground, and it did not have to sustain supersonic speed very long.

=S=

Lunatic


The point is, it still reached Supersonic Speeds before it collapsed or blew up. You can say "It still blew up.", however it still reached supersonic speeds without any alloy's. Besides name any early advanced projects that did not have problems. We still see it today in the Osprey program.
 
That is true. The DFS 346 should have an ESTIMATED (based on the wind tunnel values) top speed of Mach 2.2 at 65000ft. The actually flown speeds in the SU were much behind that. Only the top altitude of around 32000 m was confirmed (around 100.000 ft.). Speed was limited because of vibrations (probably caused by the shockwave of the stabilizer) of the tail. It could climb from 30000 ft. to 70.000 ft with a speed of 1100 Km/h IAS (ca. 680 mp/h). That is a bit suspect, since it would indicate a speed of around Mach 1.0 in this altitude (with an ucertainity because of the TAS). Drag was estimated to be very high at speeds of Mach 1.3 but there is no proof that such a Mach speed was reached (except in a dive by Ziese as mentioned above) in level speed.
He, I found in a soviet book from A. Galai the term license build for Tu-4! Interesting, or isn´t? (then it has to be propaganda by the soviets)
 
Lots cheaper than doing the R&D yourself. The Soviets stole as much as they could, then still spent themselves into ruin with military spending.
 
And not to mention that the SU had no own jet development project. They got as much as they could from german research (...and british jet engineering) but they still managed innovative concepts like the project "S" which led to the MiG-15 or Lawotchkins progress to the La-150... 8)
 
Yes the Soviets did have their own jet program. It was just behind because they lacked metals technology during WWII to really pursue it.

=S=

Lunatic
 
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