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MiG 35 : Not be underestimated

TVC is not even soo effective against A-darter or AIM-9X in close combat. PAF will be getting A-Darter for thunders:tup:

The MiG-35 will be armed with the Python 5 probably. Its an interesting comparision - A-darter vs Python 5.

Python 5

The Python 5 is currently the most capable short-range AAM in Israel's inventory. It has BVR (beyond visual range), LOAL (lock-on after launch), and all-aspect, all-direction (including backward) attack capability. The missile has an advanced electro-optical imaging seeker that scans the target area for hostile aircraft, then locks-on for terminal chase. [10]

Length - 310 cm
Span - 64 cm
Diameter - 16 cm
Weight - 103.6 kg
Guidance - IR + Electro-Optical Imaging
Warhead - 11 kg
Range - >20 km
Speed - Mach 4


Could someone please post the specs of the A-Darter.
 
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A-Darter
A fifth-generation air-to-air missile system

A-Darter is a fifth-generation air-to-air missile system designed to meet the challenges of future air combat against next generation fighters in a hostile ECM environment.

System Features


High agility to handle the closest of close combats

A thermal imaging seeker with high sensitivity and a multi-mode ECCM suite

A low-drag wingless airframe, ensuring ranges far beyond those of traditional short-range missiles

Lock-on after launch and memory tracking capabilities

A lightweight design compatible with traditional Sidewinder stations

http://www.denel.co.za/Aerospace/MISSILES.asp

specifications

lenght 2990mm
diameter 166mm
wingspan 488mm
mass 89Kg
 
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But with everybody moving to BVR, dog fights may become a thing of the past.

Its there for atleast 10 more years. And its not JUST dogfights in which TVC is vital. With TVC a plane can dictate its terms of entry and fire. It can rapidly gain height turn etc to shoot. It will dictate the terms of engagement in any and every scenario. In case of detection of an incomming missile, it can immediately change course without losing speed and flee. Its a very vital component.

Why do you think if according to you TVC is not required, that F-22 has TVC now when the earlier USAF planes did not? According to you then, the earlier planes should have had TVC, as that was the era of dog fights?
 
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DUEL OF THE CONTINENTS

RUSSIA And USA FIGHT FOR THE INDIAN MARKET FOR THE COMBAT AVIATION


In the course of the international aerospace exhibition Aero India 2007, which passed of 7-11 February to Bangalore, as a whole were determined basic competitors in the tender to the purchase of 126 lightweight fighters for VVS of India. Them, in all likelihood, will be THE USA and Russia. Firms Boeing and Lockheed Martin presented in Bangalore fighters F -18e/f and F -16c/d, and Russian aircraft-construction corporation "MiG" - its best of the accessible to foreign customers product - MiG-35. As is known, in the tender must participate also Eurofighter Typhoon, French Rafale firms Dassault Aviation, and also Gripen, developed by the Swedish company SAAB.
Besides the companies from Russia and USA, the full-scale version of its fighter in Bangalore represented only SAAB. Gripen actively participated in the demonstration flights, the separate pavilion was expanded for the information of the visitors of exhibition about characteristics and possibilities of this machine. However, in spite of the very active advance of this product, Swedish fighter appears by the explicit outsider of the tender. Indeed in its weight parameters it is very close to the created in India according to program LCA (Light Combat Aircraft) fighter Tejas, which can be named its kind the "sacred cow" for the country, which intensely develops its own aircraft industry.

Judging by the absence of the noticeable activity Eurofighter and Dassault Aviation on the Indian market, it seems that the Europeans no longer expect to win this tender. Although for the sake of fairness it should be noted that in the course of airshow creators Typhoon proposed to India to participate in the cooperation of four European countries to work on the current and promising projects.

"TENDER WILL BE DIFFICULT"

American firms and the RSK "MiG" exchanged in course of Aero India 2007 some number of interesting PR-steps. The Calculation has been opened by MiG-35. The creators of this machine conducted its presentation for the journalists even before the official open of the exhibition, on 6 February. To the gathering at rest journalists MiG-35 it was presented without the nose fairing, i.e., RLS "Beetle- AE" (radar Zhuk-AE) with the impulse phased antenna cascade (AFAR) was for the first time opened for the inspection to the representatives for the foreign MEDIA.

The taken nose fairing did not leave doubts about the fact that on MiG-35 is actually established the radar AFAR.



No one western aspirant to the Indian tender RLS AFAR in Bangalore showed thing like this. The Europeans simply do not have a finished product. Americans, apparently, could not obtain permission to the demonstration abroad of sensitive technologies, thus confirming the reputation of partner, who does not desire to share secrets.

The General director - the design project leader OF RSK "MiG" Aleksey Fedorov also considers that the basic fight for the victory in the Indian tender will unroll between MiG-35, from one side, and by the American F -16 and F/a-18 - with another. "The tender will be difficult, but to attain victory in it – will be great honor for us ", noted the leader OF RSK "MiG". In the opinion of Aleksey Fedorov, who has enormous work experience on the Indian market, present tender will be by an order more complex than that competition, on conditions of which in its time Su-30MKI were created. Indeed for the first time the tender of purchase of multifunctional fighters for AF of India is conducted through all international standards. In the opinion of Aleksey Fedorov, the tender is not de jure thus far declared, but de facto has already been carried out. As is known, has already been completed the first stage, which provided for the proposition collection from potential participants (RFI). The second stage now is prepared: participants must obtain demand to proposal (RFP). In the opinion of experts, Indian side will be determined with the selection of new multifunctional fighter precisely before this second stage and demand to the proposal will be oriented on the leader. However, when the second stage starts, is not clear yet. In the course of airshow the Minister of Defense of India Arakkaparambil Antoni stated that this will occur "very soon".

LEADER OF THE FAMILY

MiG-35, for the first time represented abroad, relates to the standardized family of the aircraft of generation 4++, into which they enter also MiG-29K/KUB and MiG-29M/M2. The airframe of the multifunctional fighters of this family, in comparison with the base MiG-29, underwent the deepest changes. Actually, it was designed anew so that the service life of new machines would compose 6 thousand flying hour or even 40 years of service. In the construction of glider the composite materials are widely used. In the course of presentation MiG-35 into Bangalore the deputy Director-General - the design project leader OF RSK "MiG", director of engineering center "OKB im. A.I. of Mikoyan" Vladimir Barkovsky described, why MiG-29KUB left to the tests by no color. According to him, this machine is not planned to color also sufficiently prolonged time, since it must play the role of the demonstrator of the new technologies, used for the creation of the airframe of the aircraft of family. The portion of composites in them reaches 15% - all gray panels of fuselage and tail assembly of that represented during January MiG-29KUB are made precisely from this material. Large changes touched wing construction. Its nose became double-hinged, with the large angle of deflections. Are developed more powerful trailing edge, double-slot flap. Is for the first time vortex shield delivered in the combat vehicle. As a result of all these measures the aerodynamics of aircraft was noticeably improved.

For the first time in Russia the fighters of this family not will have oxygen cylinders – instead of them the oxygen station, which divides air into that enriched by oxygen and enriched by nitrogen, is established. According to Vladimir Barkovsky, all aircraft systems - power supply, hydraulics, etc. - in the machines of family they will be completely new. MiG-35, as other representatives of family, it has an equipment of inflight refueling, and also it can come out as the tanker in its group. Are renovated the systems of the rescuing of crew. On MiG-35 is used the technology of the burning-out of lamp, which makes it possible to make safe for the pilots ejection at the low speeds and the heights.

On MiG-35 are established two engines RD -33MK, which have to 7% high thrust, than its predecessors. In the construction of power plant is inculcated the numerical system of control ( FADEC), its resource is increased up to 4 thousands hours. At will of customers, the engine can be equipped with thrust vectoring. According to Vladimir Barkovsky, OVT makes it possible to increase 1.5-2 times its effectiveness in the close air battle. It's known that the share of close combat in modern air warfare does not exceed 10%, but this is the final and frequently decisive stage of the battle. Furthermore, on the assertion of the engineering center director OF "OKB Mikoyan", the nozzle with OVT makes possible to preserve control for the aircraft under the conditions, when its speed is very small and the plane surface does not work.

It is natural that the new fighters OF RSK "MiG" have "glass" cab with three indicators with the size of 6x8 inches in the forward compartment and four analogous panels - in the rear (in the two-place version), the numerical system of control of aircraft and of engine. It is natural that also MiG-29K/KUB, MiG-29M/M2 and MiG-35 are equipped with the newest onboard radio-electronic equipment. The Main difference of MiG-35 from the remaining planes of the family is its radar. The proposed for the Indian tender multifunctional fighter has acting AFAR "Zhuk- AE". As Vladimir Barkovsky stated, at present two radars of this type are produced, one of which was established on the aircraft, the second - tests on the stand.

According to the first deputy design project leader - the chief designer of the corporation "synchro-cyclotron -NIIR" Yuri gus'kov, the range of "Zhuk- AE" is approximately one and a half times more than usual locator. Yu. gus'kov added that the range now comprises "about 150 km, and it can be considerably more". The radar works in the X-band and ensures the beam deflection in the range + -60 of degrees. Because of the operating speed of radar AFAR is ensured a constant target tracking even with the salient maneuverability characteristics of the MiG-35. Its Electronic scanning makes possible to simultaneously ensure the "air-to-air" and "air-surface" regimes, to work with the group and individual targets, to determine their type and class. "Zhuk- AE" automatically sets on the tracking of any discovered targets, and then ranks them, selecting the most dangerous.

The AFAR will be considerably more reliable than the radars of traditional construction, since the failure to 10% of receiving-transmitting modules (PPM) does not lead to the refusal of entire radar, i.e., to the curtailment of its functions. In the antenna array of that demonstrated in Bangalore "Zhuk- AE" are 680 PPM, grouped by the assembled 4 elements. Subsequently in the series models the diameter of antenna array will be increased and a quantity PPM will grow to 1064.


It is important to note that "the Zhuk -M3" completely consists from the elements of pure Russian origin. As a whole AFAR is made on the "synchro-cyclotron". The PPMs are made by NPF "mikran", and the basic element of the receiving-transmitting module - monolithic integrated circuits - were made in NII - SCIENTIFIC RESEARCH INSTITUTE for semiconductor devices. Both these enterprises are located in Tomsk (Siberia). The first model of "Zhuk- AE" is prepared on the base of the radars, created earlier by the serial technology. In particular, it uses computing system that includes the data processor , signal processor, master oscillator with the synchronizer, and receiver. Subsequently it is planned to establish new computing system, and also wide-band and multifunctional master oscillator. This will make possible to decrease the length of radar and to place additional aircraft systems at the freed space.

One additional "mithai" of MiG-35 is its new optico- locating station (OLS), developed in NII - SCIENTIFIC RESEARCH INSTITUTE precision instrument manufacture - earlier this scientific and industrial organization worked in essence in the interests of space branch. OLS contains the front and lower stations, which work in the average infrared and the video ranges, and also the carrying out functions of the laser range-finder, which can work, also, for the illumination of purposes during the guidance of weapon. In the forward half sphere the system works in the range +/- 90 degrees on the bearing angle and from -15 to +60 degrees on the height, and lower optical "sphere" attends entire lower hemisphere. The range of detection of purposes by front station is 15 km, by lower station - to 45 km (OLS it will recognize tank at a distance to 20 km, ship – up to 40 km).

The radar, OLS and special sensors, mounted on the endings is wing MiG-35, are united into the unique defense complex. All these systems fix the launches of rockets and determine, aimed rocket at the aircraft. Then trajectory and distance of weapon, the type of the missile guidance is determined. The irradiation of aircraft by laser beam is also recovered. The command to the shooting of IR traps or setting of interferences reveals according to the results of collection and information processing, then the vector direction for the deviation from the attack is given to pilot. The complex of defense reveals the launches of rockets "air-to-air" at the distance of 30 km, those of rockets "surface-to-air" - on 50 km, sholder-launched missiles - on 10 km, the detection of dangerous rockets is achieved at a distance not less than 4 km and the laser irradiation "is identified" from the distance of 30 km.

MiG-35 it is proposed for the export with the standard collection of the air facilities of defeat. However, for Aero India 2007 the developers of aircraft saved up novelty - for the "work" on the earth now is proposed the cruise missile of the distant radius of action with the active homing head 3m14- AE, development of Ekaterinburg OKB "novator".

PRELIMINARY SUMS


Between two basic competitors of MiG-35 in the Indian tender only F/a-18 E/F has a radar with the impulse phased cascade. However, according to the behind-the-scene information of Russian delegation on Aero India 2007, the aircraft of this type participated in the salon had usual radar. Then the air attaché of the embassy OF THE USA in India in the interview for newspaper Times of India made the truly American statement: "buying F -16 or F/a-18, you buy America". Such motion is rather curious, although for nevertheless the Indian side worthwhile to remember that THE USA clearly will not go to so complete transfer of the technologies for the license production of aircraft, as Russia proposes. Furthermore, from the side of Washington completely it is possible to expect different kind of unfriendly steps, for example the introduction of economic sanctions in the case of the "unsatisfactory behavior" of the partners. But this can seriously complicate the license release, and then the operation of American aircraft in India in such a case.

Within the framework of advance MiG-35 the corporation "MiG" granted to the pilots of Indian AF to test this aircraft in the matter. The Majors Adj puri and Skvodran prasant, that fly on the fighters MiG-23 and Jaguar respectively, obtained the possibility to rise into the sky on MiG-35 and to carry out a number of the figures of pilotage. As the reciprocal step the Americans "rolled" on F/a-18 and F -16 the owner of the Tata group company 69- year old Ratan tatu. The Impression from the demonstration of American technology in the Yelahanka sky , where the airshow was conducted, was somewhat greased by incidents with the F -16 aircraft - in one of them the brakes were necessary to change, after they were burnt with the landing, and in the second incident something happened for the front steadfast of F-16's chassis, as a result of which this machine was taken from the flights.

The common impression from Aero India 2007 thus , that Russia presented in tender MMRCA not only the best aircraft, but also the best conditions of its delivery. First of all this is connected with deepest transfer of license to its production in enterprises of HAL corporation. In the opinion of the first deputy of general director - the design project leader OF RSK Sergey tsivilev's "MiG", this was explained by the fact that "we have enormous work experience with India on the license contracts for transfer of licensed MiG-21, MiG-27 and Su-30MKI". Furthermore, the signed agreement for licensed production of the "Klimov" RD -33 of series 3 engines, developed in Petersburg, must play its role .

Ilya Kedrov
Bangalor- Moscow
http://www.vpk-news.ru/article.asp?pr_sign=archive.2007.173.articles.defence_01
 
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An excellent article on the MiG 35's avionics.


http://www.aviapedia.com/video/new-mig-35-ols-video

Amazing material about new Optical Locator System (OLS) of MiG-35. Smotr program from NII PP - Science and research institute of precise instruments, which has won the MiG corporation tender for the new MiG-35 OLS.

The newest Russian fighter MiG-35 has become a star of latest airshow “Aero India 2007″. Visitors weren’t able to get their eyes out of this plane. Foreign pilots had felt a big luck if they were able to have a test flight on 4++ generation fighter.

But from the most beginning almost nobody has paid attention to some new features in the overall view of the plane. Only most attentive experts have spotted the new shape of the onboard OLS (optical locator station) and some new elements on the plane. It says a lot for the specialists. MiG corporation team didn’t make a secret out of it - on the airshow in Bangalore MiG-35 has presented completely new Russian product - OLS. It has attracted a lot of specialists’ attention, today in the world there is no similar systems.

It looks like the development of such a system took dozens of years. But current project has started only several years ago. It has begun from the visit of MiG specialists to the NII PP - Federal space agency science and research institute of the precise instruments.


Viktor Shargorodsky, NII PP general designer: “One day we met RSK MiG deputy chief designer and he has asked us a simple question: “Do you know avionics?”. We answered him that in general yes, but never had such developments. He said that it is very good and gave us several technical task definitions to check. And asked us not to discuss it with professional avionics designers.”

Such unusual request was explained very easily. MiG engineers were looking for people who could do OLS development from zero, ignoring existing experience. Only this way it was possible to make a completely new system in short time period.

MiG engineers have defined basic points of the optical locator system development:
- multispectrality. System should work both in visible and IR ranges
- integrity. TV and IR systems, laser ranging system should be united in one solid construction
- system should work on wide angles, up to 360 and identify shapes of aerial and ground targets



Before this meeting with MiG specialists, NII PP was dealing mostly with space technologies - it was developing devices for the communication and instruments for the space vehicles movements parameters measuring.

Viktor Shargorodsky, NII PP general designer: “By that time we had good experience. Our orbit ranging systems for the tasks of mapping were in space for about 50 times already. It was built the net of laser stations to detect changes in space vehicles evolutions. We had a very good progress in laser space communication systems too.”

Right now you may see the newest laser communication system. Soon this exact device will be delivered to the ISS and will provide Russian spacemen with stable wide data channel with Earth. Space devices from the GLONAS (Russian global navigation system) net are equipped with NII PP instruments.
Even on the satellites of the GPS and Galileo systems there are deflectors created here, in the NII PP.


It is well-known that devices on the unmanned space vehicles should meet two main requirements. The First one is reliability.

Viktor Shargorodsky, NII PP general designer: “If some device becomes unserviceable it means failure of all the mission, it is loss of really big money. It is cost of spacerocket, space unit, it’s unfullfilled obligations.”

Second requirement: devices should be built using hi-tech technologies. Besides, it should have maximal functionality, minimal weight, meet extremely wide requirements by the temperature and mechanical influence, and in addition - should work without any service for a long time.

Viktor Shargorodsky, NII PP general designer: “We get used to it. We always had to do really reliable high-tech devices. This what starting requirements were again.”

Technical solutions tested on the spaceships were put into basement for the new OLS complex of MiG-35 fighter.
It was announced tender on the new OLS for the MiG fighters and terms were defined.

Viktor Shargorodsky, NII PP general designer: “We have put a task for a very small time limits, it’s very unusual for the development. Besides it was the first time we met business relationships, when it is “now or never”. There is no time to wait. There is nobody to complain to. And there is nobody to ask for additional funds.”

Main competitors of the NII PP in this tender were developers of the first OLS with their huge experience.

Viktor Shargorodsky, NII PP general designer: “And then it started. When the first test flights took place, everybody started to believe in us because of results we have shown.”

Viktor Sumerin, NII PP deputy general designer: “New OLS is much more effective. Two-three times only by range. Old OLS didn’t have TV channel, so it means no picture at all - no TV, no IR. That’s why some of the functions just was impossible to implement.”

At the end of the story NII PP has won the tender on the OLS complex for the MiG-35 fighter.

OLS, as well as radar, allows to detect targets and aim weapon systems. But, unlike the radar, OLS has no emission which means - can’t be detected. OLS works like a human eye - it gets picture and analyzes it. Usually it’s been said radars are the eyes of the plane. But to be exact, it’s more locator device, like whales has. But OLS is really the eyes of the plane and they are very sharp.

OLS works not only in visible bands. Very important part of “plane vision” is IR picture. NII PP engineers has chosen more short-wave bands for the matrix, which has increased sensitivity of the complex in several times and has increased detection range greatly.

MiG-35 OLS may see USAF stealth planes very nicely as well. Today it’s impossible to hide the plane from the complex of powerful optics with IR vision.

Viktor Shargorodsky, NII PP general designer: “Stealth technology today is mostly decreasing it’s visibility in radio bands. But for the optical bands, especially in IR ranges the main parameter is temperature. And you can do nothing about it. Engines have great flow of hot air which can be detected perfectly from the big range if we are behind the plane. If we are going face to face, so first of all we still see some part of this flow and second we can see the front edges of wings which meet air flow and become warm too.”

NII PP engineers solved one more problem, very well-known among the military pilots. On fast speeds of modern fighters every piece of dust makes great harm to the glass of OLS, the glass becomes blurred. It causes great decrease of all the complex effectiveness. New OLS uses leuco- sapphire to be a second firm material after artificial diamonds. Time of life for such a glass is much longer. Leuco-sapphire is clear for all the OLS emissions and doesn’t corrupt the signal, which is extremely important for the optical systems.

All these innovations have allowed to receive unique results.


Viktor Sumerin, NII PP deputy general designer: “During the OLS tests we got MiG-29 detection ranges up to 45 km from the tail and 15 km from the front. Ranging device effective range for the aerial targets is 15 km, for the ground targets - more then 20 km.”


New OLS is intelligence system of technical vision to work in realtime of fast combat environment. In air combat complex allows:
- detect not-afterburning target on the 45km range and more;
- identify this target on 8-10km range;
- estimate aerial target range up to 15 km.

For the ground targets complex allows:
- tank effective detection range up to 15 km, aircraft carrier - 60-80 km;
- identify the tank type on the 8-10 km, aircraft carrier type - 40-60 km;
- estimate ground target range up to 20 km.


Viktor Shargorodsky, NII PP general designer: “First one was the optical-locator system for the MiG fighter, that time it had no MiG-35 designation yet. First of all, we liked to work on it very much, very exciting task and field, besides we were able to use and apply our space experience very effectively.”

When MiG corporation got new OLS, they decided to improve it. So it was born the whole complex of four optical systems.
Besides the OLS it were:
- on the right air intake body - downward-looking station, which in addition to the down hemisphere targets detection and identification can be used for the mapping;
- on the wingtips - two laser emission detectors


Viktor Sumerin, NII PP deputy general designer: “Object-glass of the laser detector is based on the fish-eye idea, it allows field of view to be even a little bit bigger then all the hemisphere. This device allows to detect the moment when external laser is emitting and to estimate the direction to it.”

And the last parts of complex are two lenses of the attacking missiles detection.


Viktor Sumerin, NII PP deputy general designer:
“Information about coming missile is being analyzed from the three stages of its progress: the missile launch, the work of main propulsion unit and on the distances less then 5 km missile can be detected by the warm head.”

The effective missile launch detection range is more then 50 km.

Viktor Sumerin, NII PP deputy general designer: “Our system allows to evaluate the level of missile danger - on the distances more then 5 km we need to detect, if this missile is dangerous for the plane.”


New complex consist of many technological know-how’s. In fact, it is aircraft device built by the space standards. Complex uses unique laser. In the previous OLS it was used laser based on the pump up lamps. Its effectiveness was very low - up to 90% of all the energy was lost on the warming, not to the laser beam. In the NII PP for the first time OLS uses laser with semiconductor pump up. As a result, laser effectiveness has grew up greatly.

All the units are united into one system with help of interface unit. Complex is checking aerial field constantly and is able to detect dangerous objects by itself.

Viktor Sumerin, NII PP deputy general designer: “In addition, our system has high-level calculation unit. As a part, there are three CPUs of the Pentium4 level. They help to analyze the picture, allow system to work in overview mode, detect targets on long distances and on the sun-lighted clouds background.”

In the first time this complex uses fiber channel for the data transmission. Fiber was adopted especially for this complex. It passes digital signal and the transfer speed reaches 600 Mbit/s - it’s brilliant parameters.

Viktor Sumerin, NII PP deputy general designer: “For example, this is one of the IR detectors. This is narrow-field detector. Here all the data are being passed by the fiber channel.”


Besides, new fiber channel is very reliable - from the words of the engineers it will work even if heavy tank will go over it.

Viktor Sumerin, NII PP deputy general designer: “Actually this is almost for the first time when fiber channel is being used in the combat aviation, so we had to go through many doubts of the aviation specialists. It was known that fiber channel is unreliable, that it often brakes down and that plane vibrations affect the data transmission.”

More of it, new complex has totally new optical-electronic flight videoregistration system with hard drive. It records everything pilot sees.

Optical electronic complex gives pilot totally new abilities. From now on not only all the information, but picture of the target will appear on the monitors in several modes by the pilot choice. In general, new complex can provide pilot with picture of what’s going on around the plane in most useful view, which of course will increase the chances of the fighter-pilot in modern air combat.


Viktor Sumerin, NII PP deputy general designer: “Pilot can choose to see the picture from the front OLS in visible TV mode, or mixed visible and IR view. Pilot can change the level of information mixing. From the laser emission detectors pilot receives only coordinates of the emitting objects.”

Young specialists of the institute took very active part in the development of the new complex. Actually this NII PP project for the MiG-35 is the first after USSR fall, where main part of the development was done by young specialists.

Viktor Sumerin, NII PP deputy general designer: “Our success was supported by the fact this development was handled by the very young team. There is a backbone of very experienced space engineers and there is young people with clean brains. They have no fear to use modern technologies and solutions.”

OLS created in NII PP is not just another modern instrument. This is totally new device which completely fits the idea of 5th generation combat plane. Already today parameters of the OLS are about ten times better then old systems. But NII PP is not going to stop. Next stage of the development will be to upgrade the optical complex intelligence level and to combine it with onboard radar.

Using high technologies engineers are going to improve their OLS. “Space-born” eyes of the newest Russian MiG-35 fighter will become even more sharp.
 
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These are VERY impressive figures. Does any one know the range of Litening 2 pods for ground targets?

Additionally these litening pods are externally mounted. Increasing drag, RCS, wasting payload.
 
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Here is another nicely written piece on the Mig 35, this time by Piotr Butowski as posted by "Google" @ Keypubs:

SPECIAL REPORT
Date Posted: 13-Mar-2007
INTERNATIONAL DEFENCE REVIEW - APRIL 01, 2007
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MiG showcases Indian MRCA offering

Russian aircraft manufacturer MiG unveiled the MiG-35 fighter, in the form to be offered to India for its multirole combat aircraft (MRCA) requirement, at the Aero India exhibition in February 2007.
The company also released extensive details of the radar, electro-optical sensor and other systems for the fighter at the show in Bangalore. The airframe is the well-known MiG-29M2 (no. 154), but the-MiG-35 electronics suite was put on display for the first time.

The aircraft's avionics system has been integrated into the fire-control and navigation system by Ramenskoye Design Bureau (RPKB). All of the devices are interconnected by a data bus compatible with MIL-STD-1553B and controlled by a computational system made by RPKB. The MiG-35's main fire-control sensor is the Zhuk-AE radar with active electronically scanned antenna (AESA) made by Phazotron- Nauchno-Issledovatelsky Institut Radiostroeniya (NIIR) Corporation in Moscow. A mock-up of the preliminary variant of this radar was showcased at the 7th International Aviation and Space Salon MAKS exhibition at Zhukovsky in August 2005. The radar had a 700 mm diameter antenna made of 1,088 transmit-receive (TR) modules (272 packs with four modules each), but at 450 kg was considered too heavy. In the next design, the weight of individual components was reduced, cut-outs in the radar body were made and a light magnesium alloy used.

To further reduce the weight to 220 kg the antenna diameter was decreased to 575 mm and the number of TR modules reduced to 680 (170 packs with four modules each). An experimental Zhuk-AE radar (the previous planned designation Zhuk-MAE was abandoned) was made with this design at the end of 2006 and then installed on the MiG-35 shown at Aero India. Zhuk-AE was due to start flight tests in March as the first Russian radar with active electronic scanning and another prototype radar enter testing at the same time.
An initial batch of 12 Zhuk-AE radars is due to be manufactured in 2008. The first stage Zhuk-AE radar (also designated FGA29) shown at Aero India is a modernised version of the mechanically scanned Zhuk-ME radar fitted with new AESA antenna. It uses the Zhuk-ME radar computing system including data processor, signal processor and software as well as the clock generator. The Zhuk-AE/FGA29 radar can be built by converting Zhuk-ME radars. Phazotron-NIIR will probably offer this manufacturing option for users of Zhuk-ME such as Algeria, Eritrea, India and Yemen.
Threat tracking
The Zhuk-AE/FGA29 is a multifunction X-band radar (3 cm wavelength), which can track and engage air, ground and sea targets. The radar in its present form has a search range of 130 km against fighter aircraft with a radar cross-section of 5 m2.-Phazotron claims that thanks to selecting proper range between radiating elements, a ± deflection of the antenna beam was achieved without parasite side lobes. The radar can track up to 30 air targets and engage six of them simultaneously.

The second stage radar, designated Zhuk-AE/FGA35, will be fitted to production MiG-35 fighter aircraft. They will receive a new computing system and new multifunction wideband generator. According to Phazotron, these changes mean AESA technology can be better exploited and new radar operation modes introduced. Additionally, due to a reduction in the size and weight of the radar modules, the antenna mirror can be moved further away from the nose of the aircraft and its diameter increased. The FGA35 will operate with a 700 mm diameter antenna with between 1,000 and 1,100 TR modules. The present design suggests there will be 1,064 modules, but slight changes are possible. The range of Zhuk-AE/FGA35 will be 200 km (for a 5 m2 target). The radar will be capable of tracking up to 60 air targets and engaging six of them. All radar components were designed and manufactured by Phazotron-NIIR except for the TR module. Almaz-Phazotron in Saratov unsuccessfully tried to produce its own TR module in 2002.

Phazotron-NIIR engaged two companies from Tomsk Mikran and Nauchno-Issledovatelskiy Institut Poluprovodnikovykh-Priborov (NIIPP [Scientific-Research Institute of Semiconductor Instruments]) to manufacture the TR modules. Mikran designs Russian MMIC circuits and TR modules, while NIIPP undertakes their production on an industrial scale. One Indian MRCA tender requirement is the transfer of fighter production to India. Phazotron-NIIR believes it can offer substantial opportunities for work on the production of the Zhuk-AE radar. Of equal importance for the MiG-35 are its two electro-optical built-in sensor unit the air-to-air OLS-UEM (Optiko-Lokatsionnaya Stantsiya [optical locator station]) system and the air-to-ground OLS-K (Optiko-Lokatsionnaya Konteynernaya [optical locator podded]) system.Both of the units were developed by NII PP (Nauchno-Issledovatelskiy Institut Pretsizionnogo Priborostroyeniya [Scientific Research Institute of Precision Instruments Engineering]), which previously specialised in optical and laser equipment used to measure the trajectory of missiles and space stations.

Target alert
The OLS-UEM imaging InfraRed Search-and-Track (IRST) unit automatically detects and tracks air and surface targets, as well as showing the pilot an image of the target for recognition purposes.
The unit includes a 320 x 256 pixel thermal imaging camera and a 640 x 480 pixel TV camera. The optical path, with scanning mirror, is common to both cameras and protected by a semi-spherical transparent dome made of leucosapphire. The mirror scans airspace within the range of ± in azimuth and within -15/+60˚ in elevation (with respect to the aircraft axis). Air targets can be detected at ranges out to 45 km in tail-on position or 15 km in hea d-on position. The built-in laser rangefinder operates in two wavelengths 1.57 µm (eye-safe) for training and 1.06 µm for combat use. It covers distances from 200 m out to 20 km.

The whole OLS-UEM unit weighs 78 kg and its size is similar to that of the former OLS-29 EO unit of earlier MiG-29 aircraft, developed by UOMZ Company in Yekaterinburg. The prototype of the OLS-UEM locator was installed in the experimental MiG-29M2, which was modified to become the-MiG-35 prototype in 2006. The similar but simpler OLS-UE version is installed in Indian-MiG-29K shipborne fighters.
The OLS-K system is used to detect and track surface targets. According to NII PP, the OLS-K can detect a tank-sized target from a distance of 20 km or a motor boat from 40 km; the laser rangefinder measures distances out to 20 km. The optical channel, which is common to the IR sensor and TV camera, is installed under a hemispherical, transparent dome similar to that of the OLS-UEM unit. The device includes a laser rangefinder/target designator and a laser spot tracker. The OLS-K is installed inside a conformal pod that is 1.98 m long and weighs 110 kg, and is suspended under the starboard engine air trunk.
The MiG-35 self-defence suite controls the warning devices (radar, optical and laser) and the electronic jammer, as well as the chaff/flare launchers.

This fully automatic system launches defensive measures and recommends evasive manoeuvres. The most urgent warning information is repeated by voice signal. The devices included in the self-defence suite have not yet been finally specified. The most probable candidate among radar warning receivers (RWRs) is the Indian Tarang Mk2 unit, which is the Indian Air Force standard. The Russian option is the L150 Pastel unit. The RWR has three antennas. Two of them installed on the wing tips cover the front hemisphere, whereas the third, installed on the tailfin, covers a 90˚ azimuth of the rear hemisphere. The infrared missile-approach warning device SOAR (Stantsiya Obnaruzheniya Atakuyushchikh Raket) has been developed by NII PP, as have the optical locators. The device has two sensors; the one under the portside engine air trunk watches the lower hemisphere, whereas the other, situated behind the pilot cockpit, watches the upper hemisphere.
The SOAR can detect the launch of a portable anti-aircraft missile from a distance of 10 km, air-to-air missile from 30 km and large anti-aircraft missile from-50 km. The device detects the launch of the missile and indicates the direction from which it is approaching.

The SOLO (Stantsiya Obnaruzheniya Lazernogo Oblucheniya) laser warning device, also designed by NII PP, has two sensors located on the wing tips covering 360˚ in azimuth. The SOLO device can detect a laser rangefinder tracking the aircraft up to a distance of-30 km and finds its angular position with an accuracy of 0.5˚. The operational range is within 1.06 µm through 1.57 µm and the device weighs 800 g.
MiG and Italy's Elettronica announced in Bangalore that they had co-operated on the integration of the self-protection jammer ELT/568(v)2 into the MiG-35 self-protection system.
Defence deployment
The ELT/568 unit covers bands H-J (on board section) and E-G (podded section). Two active-phased array antennas located in the wings' leading edges cover the front hemisphere, whereas the third, located in the root of the starboard tailfin, covers the rear hemisphere. The pod, installed under the portside outer wing pylon, has two antennas front and rear. Russian options for jamming units have not been declared, but one may be the SAP-518, made by Kaluga's Research Institute of Radio Engineering (KNIRTI), which also includes a high-band built-in section and a medium-band podded section. The MiG-35 will receive two 16-round 50 mm flare dispensers installed inside the tail beams close to the engines. MiG also announced that French systems have been considered for the MiG-35 self-defence suite, but did not provide details.

Piotr Butowski
 
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Pakistan counter measure would be a greater air-defence it would certainly achieve this easily because Pakistan is superior when it comes to ballistics, and would find alternatives to counter the Greater Force shown by the IAF, history tells a different story in Air force dominance though Pakistan cant be compared in any way with India, it being a greater power in history and currently over Pakistan. However, Pakistan has always shown courage and in its history it’s always managed to out-fox India and give historical wins. The Pakistani pilots are well known for their dog fights and precision against its enemies it has world class air force pilots. Pakistan instructs lots of countries in the field of air force among the countries mostly dependent on Pakistani training are Middle-eastern. It’s not the plane, that the pilot fly’s that determines the victory, over an enemy it is the preparation of the pilot that determines it. M.M Alam has proven this he had an aircraft that respectively if compared to the Indian Hunter would be inferior. But he was able to take 5 hunters in less then a minute.
 
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Surely Pakistan has made some individual battle brilliance, Indians cant expect anything else, for the mere fact there are brilliant men on the other side of the border. That being said, It would be foolish and naive for you to think there arent exactly the same kind of examples on the Indian side. Whatever being said and done, outcome's of all the War's were in India's favour.

M.M Alam's story of 5 hunters in a minute, I would take that with a pinch of salt. Pretty hard to believe. Hunters were supposed to be inferior to F-86 and the SuperStar Fighter in the hands of Pakistan.
 
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Surely Pakistan has made some individual battle brilliance, Indians cant expect anything else, for the mere fact there are brilliant men on the other side of the border. That being said, It would be foolish and naive for you to think there arent exactly the same kind of examples on the Indian side. Whatever being said and done, outcome's of all the War's were in India's favour.

M.M Alam's story of 5 hunters in a minute, I would take that with a pinch of salt. Pretty hard to believe. Hunters were supposed to be inferior to F-86 and the SuperStar Fighter in the hands of Pakistan.

I have no complication with India I regard it as a top 5-4 power of the World when it comes to tech. Hunters were faster and had the capability of air-to-air which the Sabre didn’t it only had a machine gun or cannon gun and could drop bombs. No I don’t believe your being honest to yourself India had little superiority over Pakistani air; it had heavy losses of aircrafts and maintained to be little threat over Pakistan. I agree that the air power that India has is far more advance then the Pakistani air force but its professionalism is far greater than the entire Indian Air force put together. Pakistan hasn’t only fought wars against India its Pilots have also served foreign countries such as Jordan, UAE, Saudis, Iraq, Libya....etc and it has fought against Israel in the Arab conflict and other battles. It is trained to be an air force that can last.

Pakistan has achieved many feats in air victories and M.M Alam was one of many. It was an example. The Pakistani Air force has the worlds finest pilots it may not operate the best planes in the business but it has balanced its air force by training them up to superior level.
 
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Please lets keep this a discussion about MiG 35, rather than saying Pakistani pilots are brave.
 
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Yeah Top tech for Indian Pilots it is a good investment it will increace the stealth attack on neigbouring counteries 10 folds. But it is very pricy for a plane. Dont you agree, could show what its comparison is against leading world fighter aircrafts is the Mig 35 better?
 
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Depends on which planes are you talking about. Surely not F-22 and F-35, beceause they employ Stealth technology.

Then comes Typhoon and Rafale. We really cannot comment because MiG 35 has not been bought by any AF right now. If India choses MiG 35, India would be the frist to buy this plane.

Undoubtedly, MiG 35 has a MAJOR MAJOR advantage over its opponents because of 3-D TVC. I would say it would perform spectacularly against any enemy in WVR, as well as BVR because of its ability to evade missiles, and change directions instantaneously without losing energy.

However, it also has an AESA, which would give it a great BVR, SAR capability. The radar itself is not certain, ie whether it will be chosen by IAF or not. Israeli 2052 is a far better AESA, IAF may also go for that.

Infact the only thing to actually limit the BVR capability of MiG 35 would be the Russian missile inventories, however that too in the future looks to change with the 'new' R-77 and R-74 comming. There is no timeframe however.

The Russian air to mud munitions are very sadly lacking though. In this case, however, Israel fills the gap. It seems that India plans to procure many air to surface munitions from Israel to fill in that gap, infact there is a VERY interesting article in Force this time, i will have to type it manually, but its worth it.

The Russians have also claimed that the RCS of MiG 35 is less than a factor of 7 of the Original MiG 29. If that is true, it would put MiG 35's RCS to somwhere around and possibly lesser than the Typhoon. It all depends on what is the RCS of the MiG 35.

Ofcourse the one thing to realise in this scenarion is that MiG 35 in its present form wont be bought by India. It would be FURTHER modified by India, using the best available components that it deems fit, and that most likely includes French and Israeli EC/ECCM components and avionics. This much is certain.

If Russians claim of the RCS reduction is true, then MiG 35 should indeed be the best a/c of the '4++' generation.
 
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MiG-35 has another advantage that most people ignore. Because of the development of PAKFA, a lot of new technologies are being developed in Russian aviation industry. To some extent these new technologies can be applied to the MiG-35, making it more lethal.
 
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Yes, that is also another important reason. That would apply to the Su-30MKI too though.
 
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