The task is simplified.
MiG-31 – the production will not restore, you can not buy them.
MiG-29 SMT – production will not restore, you can not buy new ones.
Tu-22M3 – production will not restore, you can not buy new ones.
Su-34 – the plane specialization, only for superpower.
The choice is clear: the interceptor Su-35s and multipurpose Su-30 / Super Flanker
What kind of country are we talking? It is important.
In my opinion, for the Russian Air Force will be the best choice buy small batch of the PAK FA (100 – 230 pieces). Development and purchasing large quantities single-engine fighter LMFS (instead of the Su-25, MiG-29, Su-27). And Interceptor – Bomber MFP / PAK DP (instead of the Su-27, MiG-31, Su-34 and Tu-22M3)
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MiG-29 – 18 km, 60 / 45 grad
Su-27 – 50 km, 120 / 75 grad
MiG-31 – 56 km, 120 / 40 grad
We need to calculate the characteristics of the rocket booster. Its weight, while it is running, the power
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No! This LMFS! π
“ΠΠ°ΡΠΏΡΠ½-Π” (harpoon)
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1. The navigation radar “Vaygach”
3. The radar control missile firing, may “Monolith”
First video to show Iraqi Mi-28 in action and firing missiles.
This Mi-35 π
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It’s a gimmick, but a reality modest …
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π
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translation
translation
the potential impact
sweep wing, min.
wing extension
detection range
firing range air – ground
thrust-weight ratio
thrust vector
cruising speed
maximum speed
the number of suspensions
RCS
overload
combat load, max.
distance flight
superiority over the Su-24
defensive capabilities
sweep wing, min.
wing extension
wing loading, normal
relative weight “means to enhance survivability”
thrust-weight ratio
thrust vector
overload
RCS
maximum speed
firing range air – ground
superiority over the Su-24
efficiency / cost
generation
However, the principles as explained herein are largely the same. This cascade is intended for operation at approximately 1600 ft/sec (488 m/sec) corrected blade speed…
http://www.google.com/patents/EP0266298B1?cl=en
http://www.google.com/patents/US4123196
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Supersonic fan π
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