How many of those ~10000 fighters were double engine?! (J-6, J-8, Q-5 ..)
The first jet-engines had a life-time of a few hundred hours only!
So there is nothing wrong with that Chinese claim about numbers.
Sens
First see what the Chinese are saying Aeroengine means any engine powering an aircraft, from Helicopters to trainers or fighters, these can be powered by jet engines or propellers
there are many aircraft built by China, however the point you do not have data of how many jet engines have been built in China, just aeroengines.
many nations have more advanced engines England is perhaps the third most powerful nation in what respects jet engines, yes the english are quit advanced and they manufacture so many aircraft.
We do not have data to know who has built more jet engines so a statement such as China has the third most powerful jet engine manufacturing capacity is first an over statement second as many Comunist statements part propaganda and third England has a aircraft engine manufacturing capacity unrivalled i can asure you that England has the third most powerful jet engine industry by far and in some areas surpasses even Russia
Also the WS-11 and the Kunlun core.
Then there are turbojets. There is no nation outside the P5 with a list that even comes remotely close in mil-aviation engines. Even a highly developed Western nation like Sweden who is the most successful mil aircraft producer in Europe after France and the UK depends on American engines.
Co. des. a/c dry (lbs) wet (lbs)
Liming WP6 J-6, JJ-6, Q-5/-5I/-5IA/-5II, A-5C/K 5,732 8,929
Liming WP6A Q-51, A-5M 6,614 8,267
Liming WP6B J-12 5,511 8,929
Liming WP7 J-7 8,598 12,676
Liming WP7A J-8 9,698 13,265
Liyang WP7B J-7, JJ-7, J-8I 9,700 13,448
Liyang WP7C J-7I/II 9,588 13,623
Liyang WP7F J-7E 9,921 14,330
XAE WP8 H-6 20,944
Liyang WP13 J-7III, J-8II ‘Finback-B’ 9,039 14,550
Liyang WP13A II J-7III, J-8II ‘Finback-B’ 9,590 14,815
Liyang WP13B J-8II ‘Finback-B’ 15,430The vast majority of the aircraft built in China’s were military jets. Fighters in particular which meant turbojets.
AVIC I affiliates 50000 plus aviation engines
AVIC II affiliates 23600 aviation engine
How many J-7/MiG-21 have been produced? up to what i know around 2400, how many J-6/MiG-19 i have read close to 3000. how many J-5 around 1800, how many J-2/MiG-15 around 800, Q-5 around another 1000
The H-6 and H-5 won`t amount to a few hundred or barely more than thousend aircraft calculate another 400 J-8 and J-8II.
The Chinese article talks about aero engines but hardly the chinese have built more than 10,000 Jets and basicly you are claiming that those 73000 aeroengines built meant they have changed 7 times each jet engine to each aircraft 😮
The Chinese article talks of Aero engines of all types and categories not only of jets
In fact one of the most produced aircraft in China is a propeller and that is the Yak-18/CJ-5 with more than 10000 built
Only of 136 Avro Vulcan, England made 544 jet engines, Check that only of the Avro Vulcan the british made 544 jet engines not including spares

only of Fokker 100/70 and F28 England Produced 1100 jet engines not including spares to power 550 aircraft

Is the F100-IHI for F-15J? Then we can’t say F100-IHI is developed by Japan.
It’s a license-built product, and the important parts are supplied by USA.
There are several product that you have not mention both the T-4 and OH-1 Ninja have engines made and designed in Japan, the PX`s XF-7 Engine has been tested on a C-1, the main factor is Japan build several products domestically.
China has built 55000 aeroengines but that include turboprops and propellers, without reliable data released of Jet engines made in England or France, the assertion that the Chinese have built more jet engines is totally baseless.
England has been building jet engines since 1939, builds jet engines for a range of aircraft that even China can not compete from Airbus 380, Boeing 747, Boeing 757 and L-1011 to engines for aircraft such as the BAe Hawk or the AMX
In fact just of Tristar Engines, Rolls Royce built close to 800 without counting spares, consider that 249 L-1011 were built each L-1011 has three Rolls Royce RB211-524B4
in fact i can asure there are more T-4 built with Japanese made jet engines than Chinese jet fighters with Kunlun, why because many aircraft are basicly prototypes.
On the picture the XF-7 engine and of the PX and CX
I did say jet engines and I meant it. Military jet engines since that is what we are discussing here. Who said China built more engines than Russia? Why bring up phoney arguments?
My statement is very simple:
China has one of the three most prolific jet engines industry in the world. Only Russia and the United States have produced more jet engines than China.No one claims that China is better at building jet engines than the other four. China certainly built a lot of them. If you insist that France and the UK built more than go ahead and believe it. Who cares?
That isn’t even the argument. The argument here is about the WS-10A and the fact that China has made thousands of jet engines and supported a 4000 plane air force that is matched only by two others.
It also had been building and experimenting with turbofans since the 1960s.
So if not better than the other four fellow members of the P5, it certainly have more experience any other state outside the UN Security Council elite.
England and France have more experience building jets and you have no data for how many jet engines have China, England and france built you rushed to conclusions only to claim China has built more jet engines than France or England without any data.
You are claiming aeroengines meant jet engines something that is not correct
in few words you are claiming something that the chinese never claimed
China has been building and prototyping turbofan engines since the 1960s — WS5, WS6, WS6A, Number 4 Lift-fan, WS8, and WS9. The WS-10A is the latest one certified and the first for a frontline aircraft.
China has one of the three most prolific jet engines industry in the world. Only Russia and the United States have produced more jet engines than China.
China is in a select club as far as engines go. And even more with the WS-10A, which as the article said, being certified last year.
WS-10A variants will power quite a few of the aviation world’s most potent programs: J-11B, J-10 and J-XX.
Check that you said Jet engines
AVIC I ALONE had produced over 50,000 engines. AVIC II ALSO produces engines. I read trade piblications. China produced more military jet engines in the post-war era than any others except the United States and the USSR.
No one is making the claim that China is more advanced than France or Britain.
In fact, I SPECIFICALLY said out of 191 nations registered with the UN, there are four which China is not necessarily better than. Those are the other members of the P5.
I said China is simply more prolific not necessarily better than the rest of the P5. You can’t be prolific at anything without being somewhat good at it. Unless you believe that people can doing something 50 or 60 thousand times and never progress :rolleyes:
From http://tzswj.mofcom.gov.cn/accessory/200603/1143013810801.pdf
If you say aircraft engines remember England Produces lots of them, but you are claiming 55000 Jet engines! 😮 without considereing France and England produced aircraft Like the Comet, Caravelle, One-Eleven, VC-10 many of which were powered by four Jet engines, that publication seem to have a correct number because as aircraft engines including props and Turbo Props it is believeable neverthelessl Englad has lots of aircraft to power and in Jet engines well i do not think the Chinese have ever produce more MiG-21s, MiG-19s, MiG-15s, Il-28s or Tu-16s than Russia and very likely Russia must be the nations that can justify that number of jet engines but China can not.
in fact the page never talks about 55000 jet engines but of aero engines of different categories and Types
There is a proposed strike version of the Mig-31 and it is designed to carry 6 1,500kg bombs for a total weight of 9 tons at high supersonic speed from medium to high altitude. Once you have degraded an enemies long range high reaching SAMs it would have been a quite useful strike plane. Long range SAMs being taken out first because they tend to be very large and not very mobile, unlike MANPADS, which can never be truely dealt with effectively if present in quality and numbers.
Radars and helmet mounted sights are only tools to tell the seeker of the missile where to point to aquire the target. With a normal engagement with an R-73 the pilot spots a target, deploys the aiming reticle and places it on the target and powers up one R-73. Its seeker uses the information from the aircraft ie IR sensors in the cockpit detect which way the pilot is looking and send information to the seeker head of the missile to turn to look the same way. When the missile gets a lock the light in the pilots eyepiece stops blinking and he fires the missile. If the target is a head on target the thrust vectoring rocket engine of the R-73 will keep the seeker pointed at the target as it blows past… the rocket motor accelerating the missile which closes and hits the target.
With the Python V it doesn’t maintain a lock on the target… the flight parameters of the target are calculated and the missile is launched on an intercept course and aquires the target after launch.Don’t know how the ASRAAM does it, but would likely be the same or similar.
This means that a target that creeps up from behind offers no emissions to betray its presence can have first shot… and it is a free shot.
The rear fired R-73 used a rear facing radar to detect and track the target so that the aircraft could tell the seeker of the R-73 where to look to aquire its target.
Unless the pilot can actually see the approaching aircraft the HMS will do nothing. A RWR would give an angle for the missile to look at, but what if it was a ground based radar, or towed decoy.
Up to what i know the ASRAAM has a Head seeker with angular tracking capability of +90 deg and -90 deg basicly all the frontal hemisphere without HMS, however like the Python V it has Lock on after launch (LOAL) capability, the R-73 at the most has +60 deg and -60 deg of angular tracking capability, the ASRAAM can be fed with Electro Optical devices and radar information and with a HMS both the Python V and ASRAAM can engage targets in the aft hemisphere.
Indeed the ASRAAM head seeker does not need to lock on the Target before launch and with inertial guidance the head seeker can lock on after launch.
The ASRAAM`s head seeker has one of the best resolution of any modern missiles, The ASRAAM guarantees the aft and frontal engagement capability something the R-73 can not do nevertheless i do not know if the ASRAAM can be fired with other than the HMS to engage any aft hemisphere target
Up to what i know the Panavia Tornado F3 uses the ASRAAM without a HMS but i guess it still will have a 180 degrees coverage or in other words all the frontal hemisphere but i guess perhaps it can because what it is writen at the MBDA web page
From All around engagement capability ASRAAM
MAIN FEATURES and ADVANTAGES
Launch
Instantaneous cueing from radar or helmet sight
All round target designation
Full acquisition anywhere in the forward hemisphere
The MBDA solution
ASRAAM is capable of engaging any airborne target within the pilot’s visual range of acquisition, as well as targets beyond this visual range.
ASRAAM receives the target’s position coordinates via the carrier aircraft’s airborne sensors or the pilot’s helmet-mounted sight. The missile can also operate as a stand-alone infrared search and track.
ASRAAM’s high speed combined with the most accurate thermal imaging guidance system and highly effective lethal mechanism, ensure the highest kill probability against any target.
Engines need replacments
I do know engines need replacement but have you thought that England has a very long list of aircraft to fit engines and many aircraft actually use British engines?
here is a list of aircraft that use British engines now calculate that many arcraft have been produced in large numbers calculate that many aircraft are commercial and that rolls royce is one of the largest companies in the world.
Aircraft powered by Brithish jet engines

AMX, Aeritalia GR9, Aermacchi M.B 326, Avro Vulcan, BAC Camberra, BAC Lighting ,Vickers VC-10, BAe Harrier, BAe strike Master 167, BAe Nimrod, BAe Hawk, Blackburn Buccaneer S.2, De havilland Vampire, De havilland Venom, FMA IA27 Pulqu, Fuji T-1A, Gloster Meteor, handley-Page Victor, Peercival P.84, Hawker Hunter, Hawker Sea Hawk, Hawker Siddely Gnat, Lockheed Tristar, F-4 FG.Mk 1, Specat Jaguar, Panavia Tornado. Soko G-2A Galeb,, Soko J-1 Jastreb, Soko G-4 Super Galeb, Soko/Avioane IAr-63A/J-22, SAAb A-21, SAAB J32B Lansen, SAAb J-35J Draken, Supermarine Swift FR.Mk 5, Supermarine Scimitar, Gloster Javelin, Avro RJ100, BAC/Aerospatialle Concord, BAC One-eleven, Boeing 757, Boeing 747, Boeing 777, Fokker F-28, Fokker 70 and 100



China can not compete with england becasue it has not the technology to make engines in the Class of the Trent and of the Pegasus
Calculate how many engines England has produced? if even makes engines for the lockheed L1011, Boeing 747 and A-380
No, Japanese yet to show to others where their 100% home made Turbofan fighter engine is. The IHI F100 is still counting on 30-50% of components shipped from his Uncle Sam
Here is 1 thread I opened some time back maybe useful FYI.
http://forum.keypublishing.co.uk/showthread.php?t=49067&highlight=WS10a
You are wrong Japan at this moment is testing the XF-7 new jet engine totally designed in Japan and also has the T-4`s engine
Ukraine is building engines to power the Yak-130 and the new An-124 that just reopened production for Russia and Ukraine, several Antonovs use Ukrainian built engines.

Making engines. China made around 55,000 military jet engines. More than any other nation except for the US and the former USSR.
Unless you can place an military jet engine on a Cannon copier and an engine magically comes out the other end, you will have to do something called “manufacturing.”
Not my commotion.
At any rate, it’s more skilled than 187 of the 191 members of the United Nations at manufacturing jet engines, the four China is not necessarily better than are the other members of the P5.
Well where you get those over inflated numbers? 55,000 jet engines? tell me please where are those 55000 jets? China basicly builds MiG-19/Q-5, MiG-21, MiG-15, MiG-17 and J-8/J-8II the numbers are totally over board, China hardly has build 25000 twin engine jets, has it?
In that case is more probable than Russia has built that number than China.
You also forget all the commercial jets Rolls Royce has built or all the Sea Harriers for the US and RAF, Snecma has build a large number too.
How many MiG-21/J-7s? how Many MiG-19s and MiG-15s? China`s aircraft production is in the thousends but does not get as far as 55000 jet engines specially when all the J-10s, JH-7, and FC-1 use non chinese engines.
The French have basicly built several thousends Mirages and with England powered aircraft like the Concord, Jaguar, Alpha Jet,
Europe has built more jet engines by far than China and more important of all classes and domestic, not licensed
China has been building and prototyping turbofan engines since the 1960s — WS5, WS6, WS6A, Number 4 Lift-fan, WS8, and WS9. The WS-10A is the latest one certified and the first for a frontline aircraft.
China has one of the three most prolific jet engines industry in the world. Only Russia and the United States have produced more jet engines than China.
China is in a select club as far as engines go. And even more with the WS-10A, which as the article said, being certified last year.
WS-10A variants will power quite a few of the aviation world’s most potent programs: J-11B, J-10 and J-XX.
So where are England and France? what about Snecma or Rolls Royce? what about ZMDB Progress (Lotarev) from Ukraine? where are IHI from Japan?
:confused: China is at the level of Japan not of England or France in Engine technology and even Ukraine has more complex technology the vast majority of engines made in China are licensed built derivatives with a few examples of engines made domestically in fact the Kunlun was the First engine made in China the rest are basicly copies, and the WS-10 still has foreign input 😉
Where did I say the did? I said to write the software you need to know the subject.
Did you even read what I wrote?
That’s good since it’s pretty obvious you’ve got a serious reading comprehension problem going on there.
Wikipedia :rolleyes:
That’s actually kinda surprising. Wonder how accurate it is. I wonder if you can go buy nuclear bomb simulation software off the shelf too.
So where are all the prototypes?
Russian Fifth Generation Fighter to Be Lifted into Air in 2007
The Russian fifth generation fighter will be lifted into the air in 2007, The Russian Federation air force commander-in-chief, General of the Army Vladimir Mikhaylov, has announced.
“Right now we are completing the second stage of the airplane’s creation,” he reported in an interview for Rossiyskaya Gazeta. – “We are affirming the preliminary design ((TEKHPROEKT)) right now and in parallel with this recommendations have been developed for the production of individual parts.”
Because of that, I have no doubts that the fifth generation fighter will fly in the established time, that is, in 2007,” Mikhaylov emphasized. Moreover, in Mikhaylov’s opinion, there is not need to replace the Tu-160 and Tu-95 strategic bombers in the near future with a new generation of airplanes, ((but)) their upgrade is needed.
“The only problem with the Tu-160, which was developed in the ‘70s, is somewhat aging avionics,” he said. – “The problems will be gone after the upgrade. If necessary – we will perform a second and third upgrade.”
According to the CinC, the airframe itself can fly a minimum of 50 years. Considering that the aircraft reached the inventory in 1986, it still can serve “not less than 30 years.”
There is a similar situation with the Tu-95, Mikhaylov noted.
The Russian Federation air force CinC also reported that the Mi-28 helicopter will be army aviation’s main helicopter, and the Ka-52 and Ka-60 will be exported and for execution of special missions. “The Ka-52 is in principle not a bad aircraft. But it has more deficiencies that, for example, the Mi-28 has. So it is no accident both the president and all the rest adopted the Mi-28 as the basic helicopter for our army aviation,” the CinC noted. “The Ka-52 and Ka-60 – its modification as it were, will be adopted into the inventory in a limited quantity. Including for performance of special operations,” he specified.
Vladimir Mikhaylov also noted that the S-400 “Triumf” anti-aircraft missile complex will be the starting point for transition to air and space defense. “We plan to transition from the S-400 to and air and space defense when the anti-aircraft missiles complexes operate not only against aerial but also against space targets,” the CinC declared. – “There are such products ((NARABOTKI)). One more missile is being made for it and in general we have good prospects here.” According to the CinC, as early as this year the first regiment equipped with the S-400 “Triumf” will be adopted into the inventory. It will be deployed to the city of Fryazevo near Moscow.
The “Triumf” anti-aircraft missile complex was developed by the PVO Almaz-Antey concern. It is intended for the destruction of cruise missiles, airplanes and also the warheads of ballistic missiles in a wide range of altitudes at a range up to 400 kilometers.
Source: 18.05.06, Voenno-Promyshlennyy Kur’er
and
A Fifth Generation Fighter: Just What Is It?
It isn’t an airplane that is needed, but an integrated combat aviation system
((EXTRACT/GIST of extremely long article, which discusses, in part, worldwide efforts and achievements in so-called fifth generation airplanes.))
Looking at the history
((Mentions Western developments and such Russian aircraft as Mikoyan Aritcle 1.44.
Points out Chinese are researching a fifth generation fighter, aerodyanmics of which are based on the MFI and PAK FA. Also states American influence on India’s development does not rule out appearance of a fifth generation program in that country.))
The new ideology of a combat airplane…
((Quotes director of State Scientific Institute of Aircraft Systems, Evgeniy Fedosov, as saying that, “research of the overall concept of a fifth generation fighter began immediately after the adoption of the main examples of the fourth generation of combat airplanes into the inventory, that is, the MiG-29 and Su-27 fighters.”Actually, however, research was approved only in 1991.))
((Devotes a lot of text to U.S. developments. Adds that it is difficult to compare U.S. ATF and Russian MFI, as MFI development was in fact stopped in by 1995.))
((Much discussion about design philosophy in the U.S. and Russia, pointing out that in Russia: “If earlier the main stress for use of a systemic approach to the development of a combat airplane was suitable to the investigation of the airplane itself as an aviation complex, then now it had gone beyond these limits. New approaches to the formation of a fifth generation fighters appearance accentuated the attention of the developers to the fact that ‘the airplane itself is a part of an integrated system; it can receive information about a combat situation both independently and from other sources, and also transmit such data to other system users.’ … the responsiveness ((UCHET)) of the system’s usage characteristics and of many other systems, without which combat aviation cannot exist, is of huge significance. In particular, such an integrated understanding of this problem has defined the appearance in the new ideology of a combat airplane the notion of a ‘system of systems’.”))
…and a new combat system
((A great deal of text devoted to Western, especially U.S. , design and doctrine philosophies.))
The fighter’s “marketability”
((Very briefly touches on this topic.))
Source: 19.05.06, Nezavisimoye Voennoye Obozrenie, Correspondent: Vyacheslav Volodin
Pretty picture, but would have rather more meaning with range information.
Equally considering the rear view of an F-111 as depicted is rather rubbish the missile would have been launched based on RWR information… what if the Flanker didn’t have its radar on? A low flying F-111 in burner would be easy to track just using IRST. IR guided missiles don’t need range information for launch and even at low level an R-27ET should have the legs to catch most low flying aircraft.
For example what is the effective range of the ASRAAM when fired at rear hemisphere targets? Does it exceed the launch range of a weapon the Flanker might be firing at the Tornado? (And I don’t just mean the R-73, but also the IR versions of the R-27E, which would be ideal for a low level run down of a Tornado flying low and fast…)The only paper inferiority is the small wing area of the swing wing types giving them a low gust response and smoother ride down low and fast. Modern “active wing” features of the Su-34 is supposed to reduce that effect to acceptable levels. With a similar payload to an Su-24, but rather more pylons and much more sophisticated avionics that make it a true fighter bomber with R-77 capability it will be a rather better aircraft.
The Su-24s are getting upgrades with satellite nav system upgrades and new weapons in Russian service. It is likely that the Recon and Jammer Su-24s will be the last to leave service as they will be the most expensive to replace.
The Su-34, with its side by side crew arrangement offers better crew communication as well as greatly increased internal space for more equipment and fuel.
Agility was only useful against older missiles like the Atoll models and pre-Lima Sidewinder. You could break a lock on those missiles with a hard turn because their angular tracking rates were not great. Modern missiles have much greater angular tracking rates and plenty of control surfaces to manouver hard enough to follow a hard turning target.
The Idea of firing a missile backwards is not new. to answer you the question what if the Su-27 is with radar off and only on IRST system on, well the Russian installed a R-73 that fires backwards thanks to an aft located radar on the tail sting that faces rear incoming threats, instead of having a RWR the russians fitted a radar, however the ASRAAM and Python V recieve information from different sensors and have HMS cueing capability with better head seekers and angular tracking rates , basicly the rear firing R-73 is not very different to a SRAAM or Python V however up to what i know, the F-16I and F-15I achieve the feat of rear firing the Python V without a rear facing radar, the Missile range must be calculated by the aircraft sensors and computers in order to fire it but i have no idea about their numbers
I do not know in detail exactly how the Tornado will slave the ASRAAM for a rear firing to shoot down an incoming rear threat such as a Su-30 and if only RWR will provide the location of the intended target however electrooptical and radar information can feed information to the ASRAAM besides like an AMRAAm it uses mid course guidance, basicly up to what i know the HMS and the aircraft sensors gives it the rear firing capability
And can the Tornado engage targets at ranges anywhere near as far as the F14 or Mig31? And so what if the Tornado’s radar can see further, if we follow your approach and factor in AWACS support, then that advanatge is negated, and in BVR combat, the Tornado is actually at a slight disadvanatge on account of its lower ceiling and poor high-alt handling (since missiles are roughly similar in range and performance).
The Tornado might be better then the F4 and J8II in AA mode, but the difference between the Tornado and F4/J8II is definately smaller then that between the Tornado and F14, F15, Su30 in AA.
Well, you seem to be the only person I have ever come across who has suggested that the Tornado is ‘definately as good as the Su30’ in AA combat. I have already made my case perfectly clear, if you refuse to accept that, then that is your choice.
Turn rate, ops ceiling, TWR/climb rate, range, top speed etc are the only measures of how a plateform is judged. And being less agile, having a lower ops ceiling, having less TWR/climb rate, having a shorter range pretty much shows that the Tornado is an inferior aircraft in almost every way possible. In terms of being a weapons system as a whole, the Su30 can carry more weapons further. In AG, it has the same kind and range of PGMs as the Tornado and carries AShMs that the Tornado has no match for. In AA, the Su30 has similar if not better detection range depending on verson, can carry more missiles, has HMS cued SRAAMs that are only slightly inferior to the ASRAAM, and is far more agile. The only thing that makes the Tornado even comparible to the Su30 in air combat is ASRAAM, and that is an advanage that will definately disappear over time – its a transient advanatge, it won’t last long.
So what? So many have ‘succeeded’ in this regard that its hardly anything speical. F15, Su27, Mirage, F16, Mig29, F4, even the J8II is rumored to be getting multi-role ability in its latest versons. Big deal.
The USN never seriously tired to make the F14 multi-role, because they wanted the biggest, baddest bird they can get to keep their carriers safe. They had the F18s for the strike role. It was only in the final years, after the threat of the cold war was lifted, that they made a token attempt to give the Tomcat some AG ability because they could no longer justfiy keeping it a pure AA platform in the modern, reduced threat environment. But even that was a half-baked attempt because they knew the Tomcat was to be retired soon, so there was no point in giving it a comprehensive upgrade.
The Su24 was never planned to be anything other then a ground pounder, because the Soviets had the likes of the Mig29, Mig31 and Su27 for AA work.
Pretty much every plane that seriously tried to be multi-role succeeded in being so. The fact that the Tornado has managed it by no means marks it out as special.
the reason why in my humble opinion the Panavia Tornado is a great aircraft is simply because upgrades have keep it capable through the years.
The origins of the Tornado can be traced on fighter-bombers such as the F-111, both the Su-24 and F-111 could not become multirole fighters they just remained tactical bombers
The F-111B never became an operational variant unlike the Panavia Tornado ADV
the Tornado in the other hand, like in the MiG-23/MiG-27 case developed two different airframes, both aircraft succeded in making a Fighter-interceptor and a strike interdictor variants, so basicly where the F-111 failed the Tornado succeded.
with the advent of better avionics true multirole fighters appeared, such as the F/A-18 and F-15E, it seemed that very agile fighters with good electronics could be turned into superb strike aircraft and the Su-30 is a good example of that trend.
but since the advent of the Python IV and R-73 relatively not as agile aircraft can fight much more maneouvrable aircraft, this has kept the Panavia Tornado as a good fighter with SRAAM.
The Tornado has good range and an excellent radar good qualities for an interceptor, it can reach 2338km/h not much slower than the 2500km/h that the Su-30 can reach.
It carriers a big warload so in range and warload is not second to the Su-30, it is true in AAM carriage capability the Su-30 can carry a few more AAMs.
it can fire an R-77 equivalent, the AIM-120, has a two men crew, good visibility. data link. JIDTS so in few words as BVR interceptors both aircraft are not very different from each other.
The Panavia Tornado ADV has a service cieling of 21,337m much more than the 15,240m of the IDS variant
So as you can see the Panavia Tornado has been developed following the latest trends and that has kept it as one of the best operational aircraft in 2006
The MiG-23 and F-14 have not been as lucky, the J-8II and F-4 still can not compete in CAP and radar range flying the interception mission as well, both have not the legs only the F-14 but it has not AIM-120 and AIM-9X and has been even reprived from using the AIM-54.
the MiG-31 can not become as capable as the Su-24 or Tornado IDS in the strike mission, so in few words the Panvia Tornado is a great aircraft.
So what was the point in bring up how the Su30 doesn’t have this and doesn’t have that when neither does the Tornado? :rolleyes:
So how does this make the Tornado ‘great’ then? As I have said before time and again, the slight advanatge the Tornado now enjoys in weapons is only transient, and will dissappear very quickly after the new gen of AAMs start becoming the normal.
Whats so special about that? The likes of the F15E and Su30 have multiple radar modes that allow them to conduct AA and AG or ASu tasks during the same mission. And I hate to burst your bubble, but the Tornado is NOT in the same league as the F14 and Mig31. In AA mode, its in the league of later blk F4s and the J8, and maybe the Mig25 when it was operational during the cold war.
And great aircraft are head and shoulders ahead of their competitors even with the same or even slightly inferior weapons.
The Foxhunter Radar has a range in the league of the AWG-9 and Zaslon, niether the J-8II, MiG-25 or F-4 can compete with the detection range of the Panavia Tornado.
Also the Tornado ADV has a range in the league of the F-14 and MiG-31, niether the F-4, MiG-25 or J-8II are as fuel efficient as the Panavia Tornado.
With ASRAAM is in the class of the Su-30, in few words the important is even having inferior performance to the Su-30 in climb rate or being less agile, as an Interceptor armed with medium range AIM-120 and ASRAAM is much more advanced and capable than the F-4, MiG-25, J-8II or MiG-23 and definitively as good as the Su-30.
your main problem with the Tornado is you think lacking agility or rate of climb makes it less capable but it is not, as a whole integrated weapons system and i mean, avionics, radar, missiles, and performance the Panavia Tornado is a great aircraft in the interception role and as an attack aircraft still quit capable for at least a decade more.
the Tornado has succeded where others have failed thanks to it`s flexibility and adaptability as an airframe and aircraft concept.
the F-15 has done the same and the Su-27 is similar but other aircraft have not such as the F-14 an Eagle`s contemporary or the Su-24