Orel . escribió:Y no hay tal vacío.
no lo hay...
los perfiles de vuelo de ataque a baja cota de seguimiento del terreno ha quedado desfasado desde... 1991
desde mediados de febrero de ese año, un avión de ataque que se considere "capaz" no vuela de esa forma.
y no lo ha hecho en ninguna situación importante desde aquella vez hasta el dia de hoy....
Lo que pasa es que el Su 34 no reemplaza solo al Su 24, sino también al Tu 22M. Por tal motivo, no es equivalente al F 15E (el Su 30M si)
El programa que dió lugar al Su-30M no tiene nada que ver con el que dió lugar al F-15E.
El Su-34 se decidió posteriormente que reemplazara también a los Tu-22M y Tu-142 de la Armada rusa en misiones ASW/ASuW, pero su concepción original fue como reemplazo de los Su-24 (incluídos los de la Armada, que tiene unas docenas), y así fue especificado, diseñado, fabricado y volado.
y por lo tanto uno y otro hacen aviones equivalentes.
Finalmente miremoslo así, si descartamos los erofigthers, y quieres comprarte un caza de superioridad aerea y capaz de dar palos en profundidad en territorio enemigo o compras F 15E o compras Su 30M, definitivamente no compras Su 34.
Depende de tus relaciones con Rusia, si el avión cubre tus requisitos, si te lo permitirían y si te lo puedes pagar. EEUU le ha vendido el F-15E a varios países para eso que dices, y hablamos de cazas semejantes (digamos grandes, caros y "sensibles" debido a las capacidades que otorgan).
Gracias por la explicación y por el gráfico faust. Queda claro que un Su 30 MK tambien puede cargar 3 kab 1500 (no veo por que no el MKI). El Su 30 SM es una versión para Rusia del MKI, sin equipos extranjeros y con TVC. 28 fueron encargados este año, con opción a 12 más
los perfiles de vuelo de ataque a baja cota de seguimiento del terreno ha quedado desfasado desde... 1991
alejandro_ escribió:Gracias por la explicación y por el gráfico faust. Queda claro que un Su 30 MK tambien puede cargar 3 kab 1500 (no veo por que no el MKI). El Su 30 SM es una versión para Rusia del MKI, sin equipos extranjeros y con TVC. 28 fueron encargados este año, con opción a 12 más
Cierto, error mio. El MKI puede llevar 3 KAB-1500 pero de una manera excepcional, mientras que el Su-34 estarl MKI puede llevar 3 KAB-1500 pero de una manera excepcional, mientras que el Su-34 estará más preparado.los perfiles de vuelo de ataque a baja cota de seguimiento del terreno ha quedado desfasado desde... 1991
Faust, ¿puedes dar más detalles de por qué 1991 y no antes, como 1973?
Saludos.
alejandro_ escribió:Faust, ¿puedes dar más detalles de por qué 1991 y no antes, como 1973?
.
SOM in understand what you mean, but i must stress that anyway strategy using so different platforms (both in type and....in capabilities) isn't similar in any way except in its the most elementary ,about semantic, acception.
I often hear questions on the utility of an aircraft like SU-34 when other Russian-built aircraft -such as SU-30M/M2/35S - are ,supposedly, capable of the same or almost comparable weapon load also in the air to ground department and why Russian military insiders appear to put so big emphasis on its quick introduction in Russian Air Force .
In reality Su-34 when introduced into service will represent, by a very long margin ,the most advanced and specifically optimized very-low altitude intruder and tactical bomber operative worldwide.
Its airframe ,with an unique "compressed" design with fully blended canard and forward LERX for pitch stabilization and control, allowing outstanding stability and manoeuvrability with heavy ordnance’s s weight at great speed in the very low altitude turbulences, avionic suit , with its radar purposely designed for ground clutter rejection with vastly reduced upward primary emissions and sidelobes (also thanks to its shape) Low Probability of Intercept and simultaneous procession of the full spectrum of Nav/Trak modes for low altitude missions ( TA -Terrain Avoidance- TF-Terrain Following- NOE -Nap Of the Earth - etc..etc..)or the critical ABDS-Automatic Buffeting Dampening System - and AFSS- Active Flight Safety System- developed specifically for its optimized airframe, allowing to conduct types of high speed low altitude missions and follow flight pacts simply impossibles for any other aircraft worldwide or its Sat/Nav and real time weapon satellite update and , for finish, its secondary features such as the heavily armoured cockpit , wing root and engine ducts, and the extensive top-view aimed RCS reduction effort (allowing SU-34 ,only when flying at low altitude, and illuminated from high altitude from long range...cough..cough...AWACS...cough..cough...to have an RCS comparable to those of a modern cruise missile) all are aimed to obtain the perfect low altitude intruder and pop-out missile delivering platform .
A simialr design is obviously "son" of the type of military structure characterizing Russian main opponents .
Only to provide an example taken from the specific role in discussion (ASCM saturating attacks against advanced carrier battle groups) is sufficient to image at what range an E-2 flying at, let put, 10000 meters of altitude, would be capable to track two groups of SU-34 incoming from two different directions at high speed and ultra low altitude ,in perfect stability, and if the time necessary for those SU-34 to gain quickly altitude (someone remember what are...incidentally... the class of record that SU-34 achieved ? Wink Wink ) deliver theirs load of supersonic ASCM and evade at full speed would be compatible with the scrambling (alarm, take-off and reach of an useful interception range) of the aircraft present of the carrier..... Cool
Now ,i believe, is more clear the motivation for the great impatience ,by part of Russian Air Force operators, on the quick and extensive introduction of Su-34 .
Defensive systems include a Radar Warning Receiver, most likely the current variant of the SPO-32 / L150 Pastel digital receiver carried by the Su-27/30. The podded wingtip mounted KNIRTI SPS-171 / L005S Sorbtsiya-S H/I band defensive jammer has been reported, this system being an evolution of a jammer developed for the Backfire C. The Sorbtsiya-S, unlike most Western jamming pods, is designed to operate in pairs and uses forward and aft looking steerable wideband phased arrays to maximise jamming effect. It is worth observing that the Sorbtsiya is clearly built to provide cross-eye jamming modes against monopulse threats, and the wideband mainlobe steering capability provided by the phased array permits best possible utilisation of available jamming power. A graded dielectric lens is employed (refer image below).
The KNIRTI SPS-171 / L005S Sorbtsiya-S H/I band ECM pods are paired on the aircraft wingtips.
Azovskiy L-082 MAK-UL (above) and L-136 MAK-F (below) infrared threat warning sensors (images © Miroslav Gyűrösi).
It is likely that a later generation variant of the Azovsky MAK series IR/UV Missile Approach Warning System will be used, such as the L-136 MAK-UFM - the L-082 MAK-UL was carried by the Su-24M in the same role. The APP-50 countermeasures dispenser common to the Su-27/30 is likely to be used. Like some Su-30/35 configurations, the aircraft is to carry the Phazotron/Rassvet N012 tail warning radar, in the after 'stinger'.
An Su-34 Fullback demonstrator photographed at Kubinka in September, 2009, equipped with new wingtip mounted KNIRTI SAP-518 self-protection ECM pods, and a large centreline KNIRTI SAP-14 “Escort Jammer” support jamming pod. The new SAP-14 is analogous to the US ALQ-99E series pods, but employs a fundamentally different antenna arrangement optimised to suppress emitters in the forward and aft hemispheres of the escort jamming aircraft. The pod has been cleared for carriage on the Su-30MK Flanker G/H airframes and the Su-34 Fullback (T5 Studio image - click to download hi res copy).
The heavyweight high power KNIRTI SAP-14 Support Jammer ECM pod is a Russian analogue to the US ALQ-99E pod carried on the EA-6B Prowler and EA-18G Growler. It was developed for Flanker family aircraft and is carried on a large centreline pylon. To date little has been disclosed about this design, but it has been observed on the Su-30MK Flanker G/H and Su-34 Fullback. It operates between 1 GHz and 4 GHz (© 2009 Vitaliy V. Kuzmin).
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