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star49

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  • in reply to: SU-35 vs. the European fighters #2469712
    star49
    Participant

    It’s quite interesting that the BARS is just able to do 15/4. That’s relative low for an ESA of that time. I wonder if the Irbis holds its promised 30/8. By all these discussion things such as MMI, sensor fusion, EWS, other sensors than radar etc. has been almost ignored.

    It would be a shame for the Russians if the more than 10 years newer, significantly larger radar wouldn’t offer a better range performance than the Captor. The question is are these figures really that much higher, what about all the other factors which make out a radar such as ECCM, track quality, modes etc…

    MIG-31BM radar and ZHUK-MSFE on Su-27KUB can do 24/8 and 30/8 from 2002. it is just export customer priorities for BARS. Captor is barely equal to APG-73 of 1994 while BARS of 2001-02 exceed APG-73

    in reply to: Su-35bm and J-11B #2469728
    star49
    Participant

    Arrays look identical by purpose. Ferrite tend to have one color just as orange is orange and fighter radars tend to rely on the same set of common X band frequencies, which would dictate the size and spacing of the slots. The attachment—which is the mechanical arm—is the most complex mechanical part of the radar, and this determines the radar’s field of view and its scan rates, and in fact, its patented the result of this causes the servo design to be deliberately different from one brand to another. BAE for example, takes particular pride on its servo design for the Typhoon’s CASTOR.

    The reason why the Russians took so long to come out with a slotted array, Zhuk in the late 90’s when the US came out with the AWG-9 in the early seventies is because those slots in the arrays require the utmost jewel like precision and exactness in construction otherwise the array can lose its efficiency. Remember, those slots are waveguides, they form the beams and loose tolerances means increased sidelobes and weakened beams. So the Russians retained the Twist Cassegrain layout for too long and skipped to Phase Arrays which don’t require such machining tolerances.

    so what is this date.

    http://en.wikipedia.org/wiki/Zhuk_N010
    The Zhuk radar was first tested in 1986 for installation on the MiG-29M fighter upgrade and was also proposed as a radar upgrade for the MiG-23 fighter. The original Zhuk radar was only really capable of air to air combat and never made it into service with the Russian armed forces due to the cancellation of the MiG-29M upgrade program

    in reply to: Su-35bm and J-11B #2469739
    star49
    Participant

    How does that mean that it is based on a Zhuk-series radar?

    how u design radar for something for which you dont know the Nose size, volume, power supply/cooling requirements and than giving range figures. or it is just randome guess.:rolleyes:. This company is not only involved in airborne radars but space radar and helicopter radar sets also with China.

    How does “offered for integration with” equate to “specifically designed for”?

    Integration Chinese can do by themselves but design requirements

    So has NIIR. Is the J-11B’s radar a NIIR product now?

    surely

    in reply to: Su-35bm and J-11B #2469878
    star49
    Participant

    The point is that you keep showing a radar which is for the JH-7A and are using it’s existance to justify your claim about the J-11B’s radar.

    how these specification is widely different than Zhuk-ME. 10 track/4 engage for active and 2 engage for Semi-active.

    http://www.sinodefence.com/airforce/fighter/j10part2.asp
    The J-10 has made some significant improvements in avionics, which is traditionally a major weakness for all Chinese-made fighters.[b] CAC revealed that the indigenous radar equipped by the J-10 is a pulse-Doppler (PD) design with a mechanically slewed planar array antenna, capable of tracking 10 targets and engaging 2 (using semi-active radar-homing AAM) or 4 (using active radar-homing AAM) of them simultaneously. Possibly based on Russian or Israeli technologies, the radar is believed to be comparable to the early 1990s era Western fighter radar designs. Alternatively the J-10 could be fitted with a range of fire-control radar introduced by Russian, Israeli, and European manufacturers on its export variant.

    So?

    They had the money to fund this kind of projects which no one ask for them. NIIP certainly couldnot.

    Translation: that is your definition, created to support your argument.

    Certainly not my dedinition.

    J-10 uses a Chinese radar system. That article does not state that the Phazotron radar was specifically ordered for the J-10, but rather that it is a possible user. Or was, all the way back in 1999.

    The article does state that Radar Slot array antenna was specifically designed for J-10. and Phozotron has also designed heavier radar for Su-27.

    in reply to: Su-35bm and J-11B #2470028
    star49
    Participant

    here you go Radar for J-10. and clearly Slotarray with multirole capablility which all Zhuk radars by non other than Chief designer. J-11B radar should be scaled up of the same thing.

    http://www.janes.com/extract/jdw99/jdw02714.html
    Aug 04, 1999
    China’s People’s Liberation Army Air Force is scheduled to receiveits first Zhemchoug multifunction fire-control radar from Russia’sPhazotron Scientific and Production Company late this year,Phazotron’s chief designer Anatoly Kanashchenkov has revealed.Offered for integration with fighter aircraft including thedevelopmental Chengdu Aircraft Industrial Corporation J-10, theZhemchoug design has a detection range of between 80km and 140km,and is capable of engaging up to two aerial or ground-based targetssimultaneously, according to Kanashchenkov.The radar’s design was completed earlier this year and uses aslotted, flat-plate antenna instead of a more advanced and expensivephased-array system.The new radar weighs considerably less than the Phazotron Zhuk-27design, which equips the Sukhoi Su-27, and up to 200 could bemanufactured in China under licensed production by 2015.- Yihong Zhang JDW Special Correspondent

    in reply to: Su-35bm and J-11B #2470042
    star49
    Participant

    Because there is no evidence that it is related to the J-11B. That radar set you keep showing has only been seen so far inside the radome of a JH-7, presumably an A variant.

    So JH-7A radar works in independent universe. it has no influence if u claim mutirole capability for J-11B.

    Only NIIP radars for FLANKERs? Nope:

    These are NIIP funded projects. they had a new radar for Tu-22 but it does not mean Sukhoi ordered it or customer funded it. Since they had money from export so they developed Slot array, passive phased array, active-phased array for nearly every platform.

    You said it was a strike-oriented aircraft. What’s wrong with asking where the information came from? It’s multirole, obviously, but when was it stated that it was strike-oriented? They upgraded the A/A radar modes and added R-77 capability, is that typical for a strike-oriented aircraft? Was it done with the Su-24M upgrade, for example?

    Its a multifuncitional all weather Strike aircraft. Su-24M is a bomber.

    in reply to: Su-35bm and J-11B #2470056
    star49
    Participant

    He’s obviously got the wrong image as it is the exact same array as shown in the JH-7 variant you posted already. Still nothing to do with the J-11B.

    It is not 100% exact even if it is why it cannot be related to J-11B

    Just because Phazotron developed something independently doesn’t mean China backed it financially.
    And I said I didn’t think it was a copy anyway. I was responding to why a copy of the Russian radar would still need to be tested: weapons integration. You can do a lot of the pick-and-shovel work in the Y-8 testbed.

    Having obtaining the technology of Mult-mode radar does not mean that Air-superiority fighter is automatically transform into Multirole fighter. Sukhoi obviously withheld that Airframe knowledge. Phazotron owned by MIG get enough money that were independently developing Zhuk series for Flankers/Fulcrums when there no orders. Its NIIP radars that works with Flankers.

    Aerodynamically obsolete? It’s a strike fighter, not a WVR combat platform. They’re putting newer avionics in the JH-7 to get the most out of it as they have a dearth of PGM shooters. Makes perfectly good sense to me. And where is the evidence that a multirole strike FLANKER has failed? What project was that? Is there something that the in-service J-11B was replacing, like more orders of Su-30MK series aircraft from Russia? Is that what you mean, that the Chinese thought that they could do better than what the Russians were offering in the form of the Su-30MK3? That’d certainly be interesting coming from you :rolleyes:

    Aerodynamics are the key for speed, range, height, payload, hard points etc. Su-30MK prices are doubled since 2004. Cheap way is putting multimode radar into single seat flanker.

    When did the Russian military state that the primary function of the Su-27SM was strike? Were that the case further avionics changes would certainly have been warranted I’d think. But regardless, where did you pull that one from?

    So i have to provide every piece information for any claim.:rolleyes:. Think logically for airdefence fighter u dont spend that much time in upgrading airframe and putting SAR modes into radar.

    in reply to: Su-35bm and J-11B #2470072
    star49
    Participant

    No evidence only if you discount the characteristic external features on the radome of the J-11B :rolleyes:

    another orange copy this time it is Flanker radar. look at IRST exact same UOMZ product.

    http://cnair.top81.cn/fighter/J-11B_radar.jpg

    Well then I guess it’s not a Zhuk copy then, is it?

    Why it has to be 100% exact copy. It could be tailored made for the purpose. u can see financial status of Phazotron. Independly funded AESA without governmnt support or export order.

    .
    http://www.fsvts.gov.ru/db/kvts-portal-eng/E429F6174993E2E9C32572D70047F366/ddb/heap/doc.html
    The topic is, regretfully, too sensitive for те to speak оn mоге than just very general terms. There is intensive and fruitful cooperation оn aviation, notabIy Sukhoi jet fighters; medium surface warships, submarines, and air defenses. As time passes, the scope of cooperation extends into post-warranty maintenance, upgrade and lifecycle extension.
    We have already passed а point at which everyone was happy with having nо more than supplies of ready-made hardware from оnе country to the other. Currently we аге developing hardware together, оn mutually acceptabIe conditions and with due consideration of оnе another’s capabilities and needs. In each case, the forms of cooperation аге determined bу mutual interest and economic viability.
    How do you think the Sino-Russian military-technical cooperation will develop in the short and medium term?
    There is little to worry about in this context. After all, we аге strategic partners, which is а sign that we саге about the future and both take а proactive approach. We аге indeed working оn entirely new forms of cooperation like joint producing ventures and joint design of innovative military hardware. The main point underlying our cooperation is to make sure that it is purely defense-oriented and is not а source of tension in the region.
    Oleg Kustov
    Phazotron Magazine

    Do you mean the “little reddish one” at the top of the page? It’s the exact same radar in the bottom left of the series of images, just recolored for the banner on the site :rolleyes: It does, however, appear to be identical to the antenna the Chinese guy is working on, apart from the fact that the actual mounting is different. But is that a J-11B? No. So it’s still irrelevant, as I haven’t even brought up the JH-7A, I was referring to the radar set in the J-11B! Still no proof that it has anything whatsoever to do with any Phazotron product! It does make for a pretty credible case that there is a Phazotron-related set in the nose of the JH-7A, but again, that has nothing to do with the issue at hand, the J-11B’s radar.

    Context of JH-7A is very important. This aerodynamically obsolete programe exist because of failure of multirole Strike Flanker. so it cannot be compared to Su-27SM whose main purpose is Strike role

    in reply to: Su-35bm and J-11B #2470089
    star49
    Participant

    J-11B entered service with the 1st Division in 2007.

    http://cnair.top81.cn/J-10_J-11_FC-1.htm

    http://cnair.top81.cn/fighter/J-11B1.jpg

    http://cnair.top81.cn/gallery/J-11B_1113.jpg

    This could be J-11A. Certianly no evidence of multirole Flanker with 8 tons Payload.

    So he mentioned that the Chinese were copying the Zhuk for use on a J-11 variant? Also look at those two arrays, they are clearly not the same. They aren’t even the same color 😀 Also, are you aware that the Zhuk was being evaluated for use on the F-8IIM? But that could have nothing to do with Phazotron supplying parts in the late 90’s :rolleyes:

    Antenna showing in 2007 is certainly of different color and design than what was supplied decade before.:rolleyes: JH-7 is specifcally mentioned in Flightglobal. F-8M is separte issue.
    you can see a little redish one and also with 4 holes.
    http://www.phazotron.com/en/military.suvo.html

    in reply to: Su-35bm and J-11B #2470095
    star49
    Participant

    Like I said before: in terms of paper characteristics: Su-27BM > J-11B. Nationalism isn’t going to change that. But that makes no difference becuase they aren’t the same class of upgrade. To directly compare relative aircraft, look at the J-11B vs. the Su-27SM.

    J-11B has same status as the Su-27M & Su-27SM test beds at Sukhoi. China hasnt created multirole flanker operationally untill this point. So u see that JH-7A production.

    in reply to: Su-35bm and J-11B #2470100
    star49
    Participant

    There is plenty of reports of Phazotron supplying parts throught late 90s in flightglobal and Russian media and above all Phazotron head visited inside Chinese radar lab and he mentioned in his article what Chinese are doing.

    http://cnair.top81.cn/attack/JH-7A_JL-10A.jpg
    http://militaryvideo.ru/mkportal/modules/gallery/album/a_2957.jpg

    in reply to: SU-35 vs. the European fighters #2470229
    star49
    Participant

    Even 1994 APG-73 is pretty good for 160KM. so nothing special about Captor Slot array in 2003 .which is pretty much the same size.
    2001-02 F-18E model should be better than this or the nose size of F-18C and F-18E is the same? other comparision is APG-68V9 which is 30% better than APG-68V7 which has 80 KM range so 30% increase will be 100KM+ range for 2000-01 standard V9. so it is reasonable APG-73 in F-18E comprehensively beat that figure.

    http://www.globalsecurity.org/military/systems/aircraft/f-18cd.htm
    The F/A-18C radar is the world’s most advanced for a fighter aircraft. Two radars in one, the Hughes APG-73 has the ability to detect airborne targets at more than 100 miles, distinguish low-flying or slow-moving targets “on the deck,” pinpoint ships at sea, map the contours of the ground, and track ground targets. F/A-18Cs have synthetic aperture ground mapping radar with a doppler beam sharpening mode to generate ground maps. This ground mapping capability that permits crews to locate and attack targets in adverse weather and poor visibility or to precisely update the aircraft’s location relative to targets during the approach, a capability that improves bombing accuracy. New production F/A-18Cs received the APG-73 radar upgrade radars starting in 1994, providing more precise and clear radar displays

    in reply to: SU-35 vs. the European fighters #2470254
    star49
    Participant

    😉

    So we can assume that the N011M Bars M radar will fit between the APG-73 and APG-79.

    Only BarsMK-1 as it only this one was available when evaluation was done in 2001-2002 period.

    in reply to: SU-35 vs. the European fighters #2470373
    star49
    Participant

    The challenge from the Su-35BM will give a much needed boost for the European fighters. 😀

    Actually ur situation is hopeless. Gripen will get AESA radar after 20 years of operational life. Similar will be the case for Rafale/EF. and that will be inferior to Russian PESA systems let alone AESA. Russians were honest with themselves as previous system didnot work so they dissvolve it in 1991 But in new system they can afford both high standard of living and very enhanced/efficient Mlitary but EU cannot maintain neither military nor economic growth without substantial borrowing. so whats the point of competiting. In export Price of Eurocanards vs capability is so high that there is no chance except for bribery. US military equipment is cheaper atleast they are produced on much higher numbers and there is subsidized exports prices also.

    in reply to: T-45 reduced to 6 uints (?) #2075211
    star49
    Participant

    This old study. I am sure there more combat plans like this ready for sell.

    http://www.airfleet.ru/index.php?staid=1001149
    The Su-27 and the Falklands war lessons
    Below we present a discourse by Vladimir Babich, Col. (Ret.) Russian Air Force, 1st class military pilot, master of military sciences, on the possible scenario of events during one of the regional conflicts in 1980s should a party in defence had had Su-27 fighters in service.

    When researching and analysing events and developments that took place in the past, the restorative modelling provides for conceptual replacement of an aircraft that participated in air combat in the past with another aircraft belonging a newer generation. For instance, at our disposal we had schemes and recordings of actual air combats of MiG-23s with the F-15 and F-16 fighters. During the modelling experiment, a similar situation was recreated where the MiG-23 was replaced with the MiG-29. After multiple replays of the aerial combats, new results were compared with the old ones. The comparison allowed us to discover and establish performances and capabilities of the aircraft and weaponry in actual aerial combat.

    We “borrowed” this method from avionics developers who used it for creation of various on-board systems. The electronic “assistant” to the pilot “analogises” through the pre-set number of images taken from the past experience and selects several combat variants that fit the existing situation best. Then a logic scheme “IF – THEN” is triggered into action. Let’s try to apply such “cybernetics” to the recent regional conflict in The Southern Atlantic – the Falklands war. Let’s assume that conditions and circumstances of the conflict have not lost their importance. So we have the following condition: “IF the Su-27 participated in the combat activities, THEN…”.

    The pre-crisis situation in the region was characterised by concentration of 80 Royal Navy ships in the Southern Atlantic which ensured disembarking of the landing force while supported by the Royal Air Force (RAF) aircraft and low-level air defense systems. This operation involved 10 Vulcan strategic bombers, 15 Victor tanker aircraft, 43 Harrier vertical take-off/landing (VTOL) aircraft and 30 Sea King helicopters. The Harrier attack aircraft participated in the real combat for the first time though their weaponry – first-generation Shrike antiradiation missiles – were used by American Phantoms during the Vietnam war.

    Argentina had 278 aircraft, including six Super Etandard fighter-bombers which sent to the bottom the HMS Sheffield, a British destroyer, with an Exoset antiship missile purchased from France six months prior to the conflict. It also had 20 Mirage III fighters (earlier these fighters were used by Israel in Middle East conflicts), 76 Skyhawk attack helicopter (veteran of the Vietnam war and Middle East wars). As one might notice, all aircraft participating in the conflict were representatives of the previous generations though the Argentinean aircraft involved in the conflict outnumbered their British counterparts 7 to 1.

    Britain commenced hostilities by launching a classic offensive operation intended to win air superiority despite their being outnumbered by the Argentinean Air Force. Air superiority can be gained through implementation of three traditional approaches: mounting the strikes against the enemy airfields, suppression of the enemy air defences and destruction of the enemy aircraft in aerial combat. Strikes against the Argentinean airfields yielded an expected effect. The RAF did not succeed in blocking enemy’s airfields and runways through mining from the air using Vulcan bombers. When on the attack course over the target, the heavy bombers still remained at high altitude and outside the effective range of the Roland air defence systems employed by Argentina for airfield protection. Evasive manoeuvring resurrected in the next decade during Operations Desert Storm and Desert Fox in the Persian Gulf, when the Allied strike aircraft pilots preferred avoiding unnecessary risk. Safety had a priority over the precision of the strikes. In order to “place” a required amount of free-fall bombs on a peculiar target, the Allied command used to allocate an excessive number of aircraft for the strike force. Still they failed to squeeze more than six Vulcan bombers into a single strike force, thus damage done to the enemy airfields was not sufficient to write them off from as operational facilities.

    The Harrier attack planes which during the Falkland war were tasked with destroying the Argentinean air defence system and the aircraft stationed in the open were more successful in accomplishing the mission. During those operations, a situation once encountered during the Six Day War in the Middle East was repeated. Groups of British VTOL aircraft defying the Roland air defence systems destroyed 30 enemy aircraft positioned in a single line on the ground. Resistance of the point air defences was reduced by employment of a new weapon – the Shrike antiradiation missiles. The RAF lost only three aircraft.

    Air-to-ground strikes intended to facilitate air superiority did not equal the hopes. Air-to-air strikes carried by the Harrier VTOL fighters were more impressive: 23 mid-air kills of the Argentinean aircraft compared with only two aircraft lost by the RAF.

    Later, Argentinean experts and researchers gave these disappointing results of air encountering during the conflict a thorough consideration and came out with the following conclusions.

    Firstly, the Falklands hostilities were not part of the Argentinean military doctrine which determined formation and inventory of the Argentinean Air Force. Capabilities of aircraft in service with the Argentinean Air Force were sufficient for “close defence” purposes only. Close air support (CAS) and attack aircraft making the backbone of the aircraft fleet were intended for operations in the tactical zone in close contact with the ground troops. Operational depth which included the islands remained not covered by the Argentinean Air Force.

    Secondly, the nature of air operations during the conflict resembled American air raids on Hanoi and Haifong during the Vietnam war. Then, tactical attack aircraft based in Thailand went for bombing targets located at a range of up to 600-800 km from the friendly air bases. Self-sustained sorties without guidance from the ground control and its informational support, along with two in-flight refuellings and independent search for the assigned targets, were not easily negotiable “obstacles”, which affected survivability statistics. Argentinean aircraft were based on the continental airfields far away from the area of operation. For Mirage III fighters and Skyhawk attack aircraft, the Falkland Islands were located at the edge of their fuel endurance range, even if the aircraft followed the most favourable fuel-saving routes and altitudes.

    Thirdly, the Argentinean Air Force fighters were prepared for a classic warfare consistent with capabilities of jet aircraft of the second generation (Mirage, MiG-21, Phantom). Those aircraft were equipped with radar sights, heat-seeking homing missiles and cannons and were capable of flying at supersonic speeds. Nevertheless, air combat techniques for engaging VTOL fighters possessing a number of unique capabilities had not been developed by the Argentinean Air Force command (which its true for some other countries as well).

    Fourthly, the psychological aspect of present day combat which is often ignored when planning military operations affects the outcome of aerial warfare too. When a pilot is to engage enemy at fuel endurance limits of his aircraft, his eyes will inevitably stay on the fuel gauge readings longer than on the enemy aircraft. Due to the strain and stress, the pilot’s alertness gets blunted and reaction to the emerging threat slows down.

    Fifthly, it was obvious that Argentina lacked an aircraft capable of changing course of the conflict, delivering effective fire on the enemy force during the enemy landing operations, depriving the enemy of air superiority, blocking the progress of the enemy’s bombers heading for strategic inland facilities. The above mentioned missions could be completed by the Su-27.

    Military experts are not professors of economy but still they do understand that purchasing the Su-27-class fighters requires considerable expense since aircraft of each subsequent generation is much more expensive piece of hardware than that of the previous generation. The money invested should return back in a form of the Air Force’s higher combat effectiveness, in other words, in greater damage to the enemy force. If acquired efficiency covers all costs of the new equipment, such purchase is worth making.

    Hypothetical incorporation of the Su-27 fighter into the model of the Falkland Islands conflict makes it possible to come out with a couple of conclusions. Firstly, the Su-27 would eliminate deficiencies of the Argentinean Air Force related to aircraft operations at the combat range limits. This aircraft would have had enough fuel both for a long trip to the area of operation and for operating there. The aircraft “saturation” with a variety of weapons would allow the pilot to make several runs on different aerial, ground or naval targets. The amphibious force protection element would not have been able to render any serious counteraction against this fast and manoeuvrable aircraft. What way would the landing operation have gone on, if the Su-27 had interfered with the landing operation from the very beginning? The probability modelling technique would give us a more precise picture of the situation but, to my mind, this operation would, most probably, be very close to being botched, provided the optimum number of the Su-27 had been allocated for the mission).

    Undoubted advantages gained from the group air strike preparation and tailoring combat flight formations of attack and escort elements can not be left unmentioned. The striking flight aircraft carry air-to-surface weaponry while the escort flight is armed with air-to-air missiles. Such tactical distribution of tasks in line with a properly arranged mutual support provides more effective self-defence and strike capability. Pre-flight servicing procedures of single-type aircraft become easier due uniform ground service equipment, ground control of airborne aircraft becomes simpler, steady and flexible, which is consistent with requirements of Air Force field manual requirements in many countries.

    Defeat in dogfights hurt the prestige of the defending party in the most sensitive way. Why could the supersonic all-weather Mirages not match the subsonic VTOL Harriers? The Mirage’s organic weapons make it a close combat fighter. Short-range heat-seeking missiles and cannon dictate tactical behaviour during the combat which includes mandatory positioning of the aircraft in the rear hemisphere of the enemy’s aircraft with subsequent launch of missiles (gunfire) from a short distance. Dogfight is held at subsonic speeds corresponding to M=0.8. At subsonic speeds, the Harrier aircraft which has swivelling nozzle and thrust vector control (TVC) system had significant advantages in manoeuvrability. During an aerial combat which started on equal terms, on head-on approach due to a shorter turn radius and time, the VTOL aircraft managed to outrun enemy aircraft in taking a better position for attack.

    The Su-27 drastically changes tactics of aerial combat due to its integral long-range radar and radar-guided missiles. This tactics is based on the head-on missile attack which, if successful, does not require any further close combat. Detection and identification of targets at long ranges enables the aircraft to take the most favourable attack position prior to closing is on the enemy and to seize the initiative, i.e. to pre-empt the enemy in any other subsequent step. The Su-27 simply does not allow the enemy to close up for a long and exhaustive manoeuvre-related challenge. This situation is similar to the encounter between Israeli F-15s and Syrian MiG-21s during the Lebanon war in the Middle East. The truth of a saying that came to us from the past “He who sees first – wins” is confirmed one more time.

    Possible disruption of the head-on attack due to timely employment of evasive manoeuvre by the enemy or jamming activated to hide target appearance on the radar display does not necessarily mean the end of combat. The Su-27 never gives up. Being the only aircraft in the world capable of the “cobra” manoeuvre, it can engage the enemy with a short-range missile after getting behind the enemy aircraft.

    After gaining air superiority due to employment of its superior fighter capabilities, the Su-27 can switch over its priorities to the next classic mission of the present day combat – interdiction. Deep interdiction means disruption of enemy lines of communication, strikes against the enemy’s reserves, command centres, fuel and ammunition dumps. The long reach, effective warload delivery and survivability of the Su-27 fighter provides successful accomplishment of this complex mission.

    The above scenario, of course, is purely hypothetical. The Su-27 was not and could not be in service with the Argentinean Air Force during the Falklands conflict. Nevertheless, the previous decade war still remains a worthy example, and Latin America countries planning to upgrade their air forces should give a thorough consideration to what modern fighters could serve their purposes the best way possible early in next millennium.

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