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Jai

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  • in reply to: A-50 SRDLO Video – Comments needed #2675035
    Jai
    Participant

    Mr. Vladimir Mikhailov, Commander-in-Chief of the RuAF addresses an audience composed of military attaches of different countries. During the course of his speech, a short video of a Russian AWACS, A-50 is shown along with the operator stations inside the AWACS. As Vympel and Shkval1 have indicated, the AWACS footage was taken from a RuAF exercise close to Baltic countries involving, among others, the A-50 and Su-24MR. The remaining videos are KnAAPO PR material regarding the Su-3x.

    in reply to: Mig29-k #2676235
    Jai
    Participant

    Any news about the Bars 29?

    Heres a thought- could the IAF/IN ultimately AESA’ise the radar? (with NIIP’s help)

    Which would depend on whether NIIP is working on AESA radar. Based on previous news from NIIP it seems that for NIIP, PESA technology will be a more viable technology for the Russian 5th generation aircraft. Phazotron seems to be more inclined towards AESA.

    Source: 24.05.02, Nezavisimoye Voennoye Obozrenie

    In the opinion of the Director of the Tikhomirov Scientific Research Institute of Instrument Building (NIIP), Yuriy Belyy, the construction of an antenna with an active phased array (AFAR) for the fifth generation fighter using the existing technology base is pointless. Belyy believes that a radar with such an antenna will be “very heavy, expensive and have mediocre electrical parameters”. The NIIP was selected in the past year as the lead institute for researching problems of the manufacture of an AFAR.

    “Intellect” for Russian Fifth Generation Fighter

    Source: 05.07.02, Nezavisimoye Voennoye Obozreniye

    In the opinion of the Fazotron-NIIR corporation, its core should become a radar with an active phased array.

    Anatoliy Ivanovich Kanashchenkov is the General Director and General Designer of OAO Fazatron-NIIR Corporation. Yuriy Nikolaevich Gus’kov is the Deputy General Director and First Deputy to the General Designer. Aleksandr Nikolaevich Osokin is the Director of the Department of Information Strategies.

    The Position

    The fifth generation fighter is highly multirole and should have avionics with an extremely high degree of intelligence, which also determines its combat effectiveness.

    According to foreign estimates, the cost of the the equipment being installed on the fifth generation fighter s increasing appreciably and makes up more than 40 percent of its full cost (the cost of the fourth generation was only 10 – 15 percent). At the same time, the components of the new combat complex – the airframe, engine, avionics and armaments – should complement each other harmoniously.

    The fifth generation fighters avionics should contain a large quantity of piloting, navigation and combat information subsystems which cannot be combined together, that is, equally, and be included in two intelligent systems:

    – piloting and navigational, with the airplane’s cockpit instrumentation;

    – weapons control and aircraft protection system (SUVO), which is a data reference and combat radioelectronic complex (INFORMATSIONNO-BOEVOY RADIOEHLEKTRONYY KOMPLEKS) (REK), the foundation of which is the on-board radar, which “sees a target” further than all, in which connection in any weather, day and night.

    The weapons control and protection system should be a single complex, including the following combat information systems:

    – Radar;

    – Electrooptical;

    – ELINT;

    – REhP (electronic countermeasures);

    – apparatus for group interaction;

    – actuating (servo) weapons control system;

    – aircraft armament.

    While not underestimating the significance of all the systems included in the SUVO, the special role of the fifth generation fighter’s radar should be noted, inasmuch as the fighter’s increased speeds, of its missiles and of the targets make main variant of its combat longrange missile combat, which only the radar can provide (we spoke in detail about the primary role of the fifth generation fighter’s avionics subsystems in the article, “Radar Creates the Appearance of the Fifth Generation Fighter,” published in the magazines “Military Parade” and “Herald of Aviation and Cosmonautics” in 1999). The requirement for the simultaneous operation of this radar on many targets makes it necessary to use on it an electronically scanning antenna, which is realized in a phased array antenna (FAR). The need for simultaneous operation against aerial and ground (surface) targets in a large sector of view (plus 70 degrees) with the provision of high jamming resistance and reliability demands the use in particular of an active FAR (AFAR), despite the complexity of the resolution of this task and the high cost in comparison with a passive FAR (PFAR).

    The dispute which developed in our country: which route to take – the PFAR or the AFAR – has delayed the creation of the radar for the fifth generation fighter in relation to the worldwide process. This dispute was held abroad in the ’90s, and the world chose the AFAR. Therefore, today the same argument is an empty waste of time. Inasmuch as the foreign fifth generation fighter will have an AFAR, then the Russian fighter should have an AFAR too. The only person capable of proposing pushing a PFAR on it is one who is trying to sell of his own “unsold goods.” What sense is there to build a super airplane and equip it with an on-board intellect of the day before yesterday?

    Now, possibly, the chief question: to whom to award the work on the development of the fifth generation fighter’s intellect and its avionics systems? There is neither means nor time to organize a competition of technical projects with the assembly and test of experimental examples.

    …The first modern Russian radar created in the reform years and produced in series is the Fazotron “Kop’yo” – which provides multifunctional capabilities for aircraft: operation against aerial, ground and surface targets and controls the most modern of precision weapons.

    Fazotron has created a unified system of development and assembly of aerial open architecture radars, the basis of which are the common series of its component parts – the blocs and assemblies that allow not having to develop a separate radar for the upgrade of every flying apparatus, but only to adapt it. This will allow the realization of a complex upgrade of the fleet of domestic flying apparatus, increasing their combat effectiveness by 2 – 7 times, bringing, in particular, the fighters to the level of a “four plus” generation.

    For the realization of such an upgrade, series production of a series of radars is ready – the ‘Zhuk’, ‘Zhuk-MEh’, ‘Zhuk-MSEh’, ‘Kop’yo-M’, ‘Kop’yo-F’ (“Faraon”), ‘Zhuk-MF’ (‘Sokol’), and the “Arbalet.”

    Fazotran has been conducting work for several years already on the production of an active FAR, and taking into account that practically not one development of Fazotron-NIIR has laid on the shelf, on may say with certainty that this one also will not lay there.

    For the construction of the fifth generation fighter’s avionics complex a team should be created of tested radar developmental firms. In our view, it could look like this:

    – The SUVO, including the radar with AFAR – Fazotron;

    – The piloting and navigation complex and cockpit instrumentation – the Ramenskoye TekhnoKompleks Scientific Production Center;

    – The integration of all of the airplane’s on-board systems – the State Scientific Research Institute of Aviation Systems (GOSNIIAS).

    One must understand that all these operations are no less important than the creation of the newest airframe for the fifth generation fighter – after all, instances are known when the most outstanding airplane “didn’t go” because of such a “trifle” as the absence of a radar!

    Jai
    Participant

    Whatever… Indians are not concerned by what USAF gets.

    in reply to: Indian AF "Cope Thunder" Deployment #2676721
    Jai
    Participant

    Hi,

    Any idea when Cope Thunder is ending?

    IAF contingent to match skills with counterparts

    June 21, 2004

    An Indian Air Force contingent took off from the Ambala Air Force Station on Monday morning for the US to participate in Cooperative Cope Thunder, an exercise in Alaska with their counterparts from other countries.

    Group Captain (GC) S J Nenodkar is leading the Jaguar fleet while GC Shouvik Roy is in charge if the IL-78s and GC Mohanti the IL-76 aircraft.

    The contingent is expected to return to India on August 6.

    Steve, for the moment I am happy to be Jai though I would be glad to be someone like Jagan. 🙂

    in reply to: Indian AF "Cope Thunder" Deployment #2676791
    Jai
    Participant

    As an FYI.

    Battlefield Alaska

    When Group Captain S.J. Nanodkar lands in Alaska with his magnificent men in their flying machines to go head-to-head against American, British, Japanese and German fighter pilots, all radars will try to lock on him.

    He has a reputation to defend—that Indian pilots are smarter, more skilled and steer some of the best aircraft. Cold Alaska will be turning hot with anticipation, the Eielson Air Force Base buzzing and whirring not only with the Jaguars and F-15s, but with mind games. Will Nanodkar and his team win the contest again? The last time they met, Indian pilots outgunned the Americans, scored most of the “kills” and shook up the Pentagon chiefs.

    This time, however, the exercises involve other big boys of NATO. At the invitation of the US Air Force (USAF), the Indian Air Force (IAF) is participating for the first time in multi-nation combat exercises, equipped with six Jaguars, two heavy lift IL-76 transport planes, two IL-78 tankers and a 200-strong team. Cooperative Cope Thunder 2004 is a tough test with multiple mock scenarios of assassinations, unrest, rescue and other emergencies.

    In other words, an imagined “real” world will come alive for 15 days with crises erupting and governments toppling. At the height of the battle, up to 70 jets could be flying in the same airspace at one time. The IAF will be part of the “Blue” forces or the good guys, fighting off the “Reds” or the bad guys. No ideological compulsions here, the colours are simply a tradition coming down from World War II. The USAF has teams on both sides. Ground forces will be “White” or neutral, doing the umpiring and ensuring everyone’s safety.

    It is serious business. Most units arrive a week early to get a feel of the 66,000 square miles of airspace, including high-altitude areas, spread over the US and Canada. They need to get acclimatised, learn about local flying restrictions (caution: watch for polar bears and people), and prepare mentally for the test. They may bring their yoga mats—in the two weeks, air crews will be subjected to every conceivable war threat and every nerve-wracking situation imaginable. Scenario builders are toughies. “It is a very dynamic and fluid situation. It can vary from minute to minute. Scenarios are created to give advantage to some and you don’t know what the enemy will field,” says Air Commodore Sumit Mukerji, air attache at the Indian embassy. You have to study the given info, anticipate your enemy’s moves in the air and plan your attack in the span of a few hours. And resolve the imponderables such as the decoding of the Yank accent or a southern Indian twister at high altitude with a missile on your tail. Or converting kilometres into miles if you are with the non-metric guys of the USAF.

    Joint exercises are all about learning and improving, they say, but the last lesson was a bitter one—for the USAF. That they can’t take their air superiority for granted. The results of Cope India ’04, the first Indo-US combat exercises held in Gwalior, were a rude awakening for the Washington establishment. Indian pilots bested their US counterparts 90 per cent of the time in mock fights. This unsavoury detail, supposedly classified, was revealed shortly after by Congressman Duke Cunningham of California in a defence subcommittee hearing on Capitol Hill. The top USAF generals then decided to go public and ever since they have been talking unusually frankly about their Indian summer.

    USAF chief Gen John Jumper told a Senate subcommittee in March that the results of Cope India were “very revealing”. Two weeks ago, Gen Hal Hornburg, head of the air combat command, was more blunt when he told defence reporters, “We may not be as far ahead of the rest of the world as we once thought.” He described Cope India as a “wake-up call”. Another commander called it a “reality check” and mused about the American tendency to routinely underrate the other side while devising training procedures”.

    What we faced were superior numbers, and an IAF pilot who was very proficient in his aircraft and smart on tactics. That combination was tough for us to overcome,” said Col Greg Neubeck, exercise director. Now the USAF is aggressively demanding the induction of F/A-22, the next generation fighter to replace the F-15C which lost to the Indian Su-30s and Mig-21 Bisons.

    “We were pleasantly surprised by IAF pilots. It was certainly a validation for us that we have to ensure we keep our edge in both skill and equipment,” Col Jeffrey LeVault, an operations chief in the Pacific Air Forces, told Outlook in a telephone interview from Hawaii. “We always see the need for changes in training and tactics. It was a great learning experience for our pilots,” he added. The IAF came out tops in terms of both skill and equipment. India’s Su-30s had a clear advantage over the F-15C in long-range flights, and even though the US and Indian pilots were “seeing” each other at the same time on their radars, the Indian pilots were able to “fire” first, sources said. That means the Indian radars are more advanced, which came as a real shocker for the USAF. With China set to acquire the Su-30s, the Americans are clearly worried. From India’s perspective, a strong showing against the US unsettles Pakistan and China a bit and sends a fine signal.

    Since the Alaska exercises are a multi-nation affair, the idea is to be able to execute and cooperate in an emergency with a mixed team. Can different military cultures and equipment work together and achieve “interoperability”? This is the first trans-Atlantic journey for the IAF aircraft, and their first foray out of South Asia. Both the US invitation as well as India’s acceptance are loaded with political and military significance. “It is part of our coming out. India is such a large military but we have been insular. The US is always looking for interaction,” comments C. Raja Mohan, professor of South Asian Studies at the Jawaharlal Nehru University in New Delhi. “It is in our interest to engage and reach out. China is reaching out to NATO.”

    The Indo-US military-to-military interaction has certainly shot off like a rocket ever since India lifted its veil and offered help after the 9/11 attacks. This is the fourth time in two years the two air forces will exercise together. They have already done a pilot exchange programme, a US instructor is at the IAF training academy and air force surgeons are working together, says Col LeVault. The Alaska exercises will bring countries in the Pacific and Indian oceans closer as “we have mutual interests and concerns as democracies”. Air Commodore Mukerji added that the “crux of the whole exercise is to work in partnership and create an understanding among friendly air forces”. Although he insisted that a real joint operation was “a political decision”, he agreed it would be easier once the pilots had flown together and dined in the same hall. In the end, the Indian military seems eager for the experience and glad the political barriers are down for it to get some fresh air.

    in reply to: Screwballs… We all have'em… #2677861
    Jai
    Participant

    Did such a thing ever happen ?

    in reply to: what are the pros and cons of buying French? #2677868
    Jai
    Participant

    Get back to the topic please

    To get back back to the topic, I would like to point out the most significant aspect of buying French which has been ignored so far in this thread.

    >> After Sales Support <<

    in reply to: Looking for RMAF MiG 29N pictures #2683161
    Jai
    Participant

    AN/APG-63 (V)2 AESA Radar

    The AN/APG-63(V)2 Active Electronically Scanned Array (AESA) radar combines increased pilot situational awareness with improved reliability and maintainability.

    The AN/APG-63(V)2 is a major radar upgrade for the U.S. Air Force F-15C aircraft. Retaining controls and displays nearly identical to those of its predecessor, the AN/APG-63(V)1, the new system adds an active electronically scanned array (AESA) radar to proven AN/APG-63(V)1 radar components. Addition of AESA technology substantially increases pilot situational awareness, while enhancing reliability and maintainability.

    The AESA radar has an exceptionally agile beam, and provides nearly instantaneous track updates throughout the field of vision. Other benefits of the radar include enhanced multi-target tracking capability and elimination of the need for a hydraulic system.

    The AN/APG-63(V)2 is compatible with current F-15C weapon loads, features upgraded identification-friend-or-foe and environmental control systems, and enables pilots to take full advantage of AIM-120 Advanced Medium Range Missile capabilities. It can simultaneously guide multiple missiles to several targets widely spaced in azimuth, elevation, or range.

    in reply to: IAF, Russia testing Brahmos.. #2683737
    Jai
    Participant

    The seventh flight of BrahMos

    BRAHMOS, the supersonic cruise missile, was launched successfully for the seventh time on June 13 afternoon from its mobile launcher at the Interim Test Range at Chandipur-on-sea in Orissa. When the missile rose vertically, flew horizontally and impacted a little later on an imaginary target 290 km away in the Bay of Bengal, the Indian and Russian missile technologists, who worked together for its success, were overjoyed. BrahMos, jointly developed by India and Russia, is the first missile to be produced, integrated and checked out at the massive BrahMos Integration Complex (BIC) in Hyderabad. It derives its name from the Brahmaputra river and the Moscow river. The launch took place in adverse weather; a depression lay centred off the Orissa coast, winds were blowing at high speeds and it was raining constantly. The mission’s success showed that the missile, an Army version, was a rugged one. Full-fledged production of the missile can now get under way at the BIC.

    BrahMos is essentially an anti-ship missile. It flies at Mach 2.8, that is, 2.8 times the speed of sound, and can take out an enemy ship sailing 290 km away. It is eight metres tall, weighs three tonnes, and carries a conventional 200 kg warhead. It has two stages. The booster stage is powered by solid propellants and the second stage by a ram jet engine that consumes liquid propellants. The missile is innovatively configured to be launched from ships, submarines, aircraft and ground vehicles. It is called a cruise missile because it cruises at a constant velocity and altitude in the atmosphere.

    Dr. A. Sivathanu Pillai, Chief Executive Officer and Managing Director, BrahMos Aerospace Private Limited, described the June 13 launch as “a big success”. All the instrumentation at the Interim Test Range tracked the missile over its trajectory of 290 km until it impacted on the sea. The missile met all the mission requirements.

    A consortium of Indian industries (besides their Russian counterparts) pooled in its technological knowhow to fabricate several components and subsystems for the missile. The Defence Research and Development Laboratory (DRDL) built the massive BIC. This integration facility enables multiple industries to take part in the manufacturing of components and integration of the final product. The complex became operational in 2003. The complex consists of mechanical and electrical integration facilities, fuel filling, magazine storage, bonded stores, and other infrastructure and management setup. The components and sub-systems, fabricated by specialised laboratories of the DRDO, the Indian industries and the Russian industries, were brought to the BIC, the vehicle’s two stages were integrated and taken to Chandipur-on-sea. The missile is canistered for containerisation, transportation and launch.

    President A.P.J. Abdul Kalam, who is a missile technologist himself, congratulated the Indian and Russian technologists for the success of the flight. Dr. V.K. Aatre, Scientific Adviser to the Defence Minister, expressed his happiness over the mission’s success.

    Director-General of Artillery, Lt. Gen. R.S. Nagra, top Indian and Russian missile technologists, watched the missile take off from its mobile launcher at Chandipur.

    Kalam, then the Scientific Adviser to the Defence Minister, and N.V. Mikhailov, the first Deputy Defence Minister, Russia, signed the Inter-Governmental Agreement in Moscow on February 12, 1998, on the joint production of BrahMos. Immediately thereafter, BrahMos was formed as a joint venture company by the Governments of India and Russia to design, develop, produce and market an advanced supersonic cruise missile.

    H. Yefremov, Director-General and Designer-General of NPO Mashinostroyenia, a Russian missile enterprise, played an important role in the formation of BrahMos. Yefremov is an internationally reputed missile technologist who has developed seven types of cruise missiles.

    The project aimed at harnessing the strengths of the Indian missile technologists and the Russian institutes. Work soon got under way in many specialised laboratories of the DRDO and at NPO Mashinostroyenia. The design and development of the missile was aimed at manufacturing it in both the countries and selling it to friendly countries.

    The first developmental launch of BrahMos took place from Chandipur on June 12, 2001. The second flight on April 28, 2002, confirmed the results of the first and boosted the confidence of the Indian and Russian missile technologists in the BrahMos’ systems. The third launch took place from a war ship of the Indian Navy off the coast of Bay of Bengal on February 12, 2003.

    Of the seven flights so far, two were from ships, three from land, and two from an autonomous mobile launcher called TATRA. The sixth launch took place on November 23, 2003, from an Indian Naval ship and it took out a decommissioned ship drifting in the Bay of Bengal about 300 km away.

    in reply to: IAF pics II #2683741
    Jai
    Participant

    Finally over.

    in reply to: IAF pics II #2683750
    Jai
    Participant

    Nearly through.

    in reply to: IAF pics II #2683766
    Jai
    Participant

    The closing series of caps.

    in reply to: IAF pics II #2683789
    Jai
    Participant

    And then some more 😀

    in reply to: IAF pics II #2683801
    Jai
    Participant

    More pics

    in reply to: IAF pics II #2683824
    Jai
    Participant

    First flight of Saras. The picture quality will be better next time.

Viewing 15 posts - 601 through 615 (of 628 total)