MiG-21 Bison is definitely the most potent upgrade available. Compared to Elbit Lancer, it offers a big advantage in terms of BVR capability (read R-27 Alamo and R-77 Adder family). Other than that, Lancer C with ELTA EL/M-2032 radar is a respectable bird but AFAIK, it carries no BVR missiles which is a bit of a shame.
The usefulness of the BVR capability depends on what environment you are operating your MiG-21 in. For the Indians it makes sense because they have Su30s, AEW&C, an extensive ground radar network, data-links etc… It might also work out for the Vietnamese since they are a Flanker operator. I read Vietnam bought some S-300 batteries so I am assuming they have kept their ground radar network up to date as well. For smaller air forces the Bison’s BVR option isn’t really all that valuable without AEW&C assets, a good ground radar network and of course because of the MiG-21’s short legs which the Bison upgrade does nothing to alleviate. I seem to remember that the Bison (BVR) vs. LanceR/F-7 (WVR only) issue has been (vigorously) discussed before.
Why shall Vietnamese airforce look for HAL for upgrade when IAF even need to look for Russian to upgrade their Mig-21?
U too claim its rumour. Pls provide concrete proof!
I have heard this story as well and I’d also like to know if it is true. The gist of it was, if I recall correctly, that RAC MiG would provide the upgrade kits and HAL would do the actual upgrade and major overhaul work which makes sense for simple logistical reasons. HAL is AFAIK the biggest licensed MiG specialist in the region. If you want to find the post were this was first reported here use the forum search.
It is a wide misunderstanding, that the prime task of fighter is to fight other fighters.
True, the most damaging aircraft on the battlefield is probably the reconnaissance aircraft, then the bomber/striker and finally the fighter and they should be attacked in that order of priority. The erroneous idea that fighters should before all else engage other fighters is often illustrated in the Vietnam war debate. The NV often get slammed for evading the USAF/USN escorts and going after the strikers which were supposedly the “easy targets”. The truth is that NV MiGs were outnumbered and the NVAF wasn’t interested in wasting them chasing glory by going after US fighters. If they could hit US strikers and recon aircraft without engaging the escorts that’s what they would do and they would do it in a way that minimised their casualties. It is hard to fault that basic strategy.
Qwerty – never heard of ARM? Its CPUs are currently selling at a rate of about 3 billion per year. Of course, they don’t go in PCs, so they’re not thought about very much, & it licences its technology to other firms to manufacture, instead of running its own manufacturing business, which also keeps its profile down.
There are plenty of non-US processors – for example, non-US architectures are dominant in mobile phones & PDAs, & very common in embedded processors, games machines, consumer devices (e.g. the iPod), computer peripherals – you name it.Non-US technology is also used in US processors which are then re-sold or licenced abroad.
Sure I have heard of ARM, but we were talking about PPC. Plus ARM processors are aimed at embedded devices like mobile phones, PDAs, smart phones and small computers aren’t they? There is any number of processor architectures commonly used in embedded systems: the x86 series, ARM, PPC, MIPS are common ones and there are probably non-US manufacturers for most if not all of them. Additionally there is probably any number of architectures I can’t remember off the top of my head. The Chinese designed CPUs are apparently based on the MIPS architecture for example. At least the ones I have heard of. PPC and x86 processors however are for example available in much more more powerful PC and Server grade models. The more powerful a processor you need the quicker your set of suppliers shrinks. The key thing is not the ability to manufacture CPUs. It’s the ability to develop and design new models which is the key capability and much of that resides in the US. Especially for the really powerful CPUs
The point is that once you have gone for a US design like PPC (Apple/IBM/Motorol) you are pretty much stuck with it. In consumer (user-land) software this does not matter so much since the transition between architectures is comparatively easy to make. In military systems on the other hand you are likely to be running highly optimised code so making the switch from PPC to x86 or ARM isn’t as easy. A case in point is Apple, they have ported their PC operating system from PPC to x86 and now to ARM and it wasn’t a trivial exercise. Not that the Apple PC OS is used for military purposes, especially not on fighter jets, but the technological complexity level involved in the porting effort from one architecture to another should be about the same as for a complex piece of military software. It’s an expensive and labour intensive effort but it can be done. Of course I am mostly familiar with civilian systems and not military ones so I might be wrong here.
The PPC cores are already used by Sukhoi on Flankers variants. And they are COTS.
Cheers 🙂
Ok, I didn’t know that. In that case the Bush administration had an even better reason to veto Flanker sales to Venezuela and presumably Fulcrum sales to Sudan. 😀
I don’t think there is a single fighter or military aircraft in general out there that doesn’t use some sort of US designed CPU. Even the aircraft that the Chinese and Russians sold to Sudan (IIRC in defiance of an arms embargo) to use in Darfur probably contain American CPUs or other types of chips that are American made, designed or contain American IP. Even if the PPC chips are manufactured in a non US factory by a non US company the IP is still American. The only country I can remember off hand that has put any kind of serious money into developing a completely US independent local source of processors and other equally advanced chips is China. I suppose Japan and Taiwan and the EU countries have the technological know how to develop their own high performance CPU designs as well. It would just be expensive and rather pointless unless it was expected that the US would completely cut of supplies which seems unlikely unless the EU and US have a catastrophic disagreement. I suppose China doesn’t see it that way.
It’s a bit like saying ‘well the Su-35BM also uses Link 16 therefore it can’t possibly be an independent project’.
Better yet, doesn’t that mean the US can veto Sukhoi’s sales because their aircraft use American IP ? 😀
But all sarcasm aside, replacing Power PC processors in the EF with another processor architecture wouldn’t exactly be a trivial exercise in the event (however unlikely) that the US refuses to sell EADS any. The PPC architecture is very popular and easily acquired on the civilian market. To replace it you’d have to redesign the system that uses PPC processors and probably rewrite a whole slew of software. It would be a lot easier for somebody, EADS or some European corp., to produce a processor that implements the PPC instruction set. To do that legally they’d have to become a licensed second-source manufacturer. Not that this is necessary, the Chinese have “copied” western processor designs without asking permission.
how about say the Tornado ADV series?
lots of program goals, that made this variant appear way after its usefulness date.UK probably should’ve gone for the F-14 at this time.. gave it an actual long range interception ability against bombers in time, unlike the ADV which needed to wait until the F-3 variant but still had obsolete missiles.
That’s not over-engineering that’s what you get when you try to make one aircraft do everything. It’s either going to be mediocre at everything or even if it performs well at some of it’s roles it is going to suck at some of the other roles you press it into. This is a common problem with multi role aircraft. But then as I understand it the Tornado ADV was designed to be a long range missile truck for bomber elimination operating in conjunction with AWACS aircraft and long range ground radar. Was it meant to be a grade A dogfighter as well?
how about European helicopters?
I remembered Flexy saying something to the effect that Russian helicopters were cheaper and could carry the same load for a role that for the most part didn’t need over sophistication (not talking about attack helicopters here).
That is probably a better case for being over-engineering, but it also holds true for American choppers, not just the European ones. Of course the west builds aircraft to last, the Soviets typically didn’t (Although their aircraft often tended to last anyway). Another thing to consider is that many Russian helicopter types like the Mi-24 and Mi-8/17 are quite old designs. Not that this makes them less useful but the production facilities are amortised, their avionics are often less sophisticated and in Russia labour is cheaper than in the US/EU so they are bound to be cheaper.
Personally I think the UK missed the boat on this one. It is fantastically expensive. It is going to cost a kings ransom to fully develop and it will never be a true multi role aircraft like the F-35 or Super Hornet.
Somebody correct me if I am wrong but a multi role aircraft usually is mediocre or even sub par at some of the roles it is asked to perform. Compromises always are. When somebody throws a pure air superiority fighter at your multi role aircraft you will find that the fighter role is often the one it is particularly weak on. Now the question is, is it really a good idea to have an airforce without an aircraft whose primary design emphasis is to be a lethal fighter? It seems to me it pays to have at least two types of aircraft in a major air-force, one pure fighter with secondary strike capability and one more or less pure striker with a secondary fighter capability. If I had to pick only one design for my airforce I’d want the fighter/striker rather than the striker/fighter.
I know people go on about what it is “going” to have and how well it performs but in this age of AESA radars, stealth, network centric warfare and 360 degree situational awareness and high off bore sight missiles is it really that much of an advantage to be able to perform marginally better in some regimes than it’s peers? It seems to me that this is just a giant jobs program for the UK and Europe. Hell, it can’t even be exported without Uncle Sam’s approval.
Once again somebody correct me if I am wrong but it seems to me that the one of the things from your list the EF can’t do is stealth. The rest of it is either planned for Trance 3 or already there. The cost of the EF is still hotly debated and probably won’t exceed that of the F-22 even worst case. And where is it chiselled in stone that Europe can’t make it’s own military aircraft?
I often find people saying that Euro helicopters, transports, and certain fixed wing combat aircrafts are over engineered.
but I could not find out what exactly is over engineered.
do you guys agree with this? and if so what aspects are over engineered?
Over engineered is IMHO when you pour more of an engineering effort into a piece of equipment than is necessary for it to perform it’s function. A famous and often cited example is that of the T-34 vs. Panther tank (Sorry if this is OT but it illustrates the concept well). The Panther was a fine tank, technologically sophisticated, very well engineered, and made to a high standard of quality. The T-34 on the other hand was also well designed and second only to the Panther in terms of technological sophistication but it was very roughly made and never engineered beyond what was necessary. The Russians only put effort into engineering and quality where it really mattered. Why bother? They reasoned. The thing would last only weeks in combat anyway. Better to make lots of them. Mind you this still did not affect reliability or service life. During the 1990s T-34s were still being used in the Yugoslav civil war. The tanks looked ugly as hell but they still worked. Basically there is a point when pouring more and more engineering effort into a piece of equipment starts yielding less and less real world benefits. The Russians during WWII mastered the art of not going beyond that point while the Germans didn’t. The gas turbine engine of the M1 Abrams tank is IMHO another example of over-engineering. It’s a nice feature but the Leo II has proven it is just as possible to build a great tank with a boring old diesel engine and the gas turbine can more easily become a logistical liability than a diesel.
Which part of “Military Aviation” does this thread cover?
I think it covers the “useless discussions we have in the mess between missions” part.
Which part of “Military Aviation” does this thread cover?
I think it covers the “useless discussions we have in the mess between missions” part.
which is fine as far as India is concerned, because its stand is that what it does with its weapons are its choice, once the weapons have been sold to it. You either sell arms and then the user uses it as he sees fit or you dont sell it in the first place. You cannot for indefinite periods try to use it as a method for arm-twisting and coercion, which is what the US does.
If you shell out 250+ quid for an MP3 player you can play whatever bloody well you bloody well want on it… Right?? It’s not as if the device manufacturer can to force you to play only church music, bible recitations and rants by right wing evangelists or force you to listen only to the collective writings of Lenin, Marx and Trotsky is it?? In an ideal world the same should be true if you buy a bunch of jet fighters at several tens of millions of dollars each. You should be able to use those jets to defend your self, especially if you paid for them completely out of your own pocket and didn’t use some military handout program courtesy of the US tax payer. The manufacturer should resupply you as long as you don’t plan to use them to commit genocide or launch a predatory war. If however you acquire your equipment through a military handout program it is more natural that strings are attatched. Unfortunately the principle of it’s-paid-for-it-in-full-and-i’ll-do-what-I-want-with-it doesn’t scale well from MP3 players to fighter planes. At least not when you are dealing with the Europeans and the USA. It isn’t hard to see why China and Russia appeal more to countries seeking to stock up on modern military equipment since public opinion in China or Russia doesn’t usually seem influence their governments diplomatic decision making abut arms sales. If India want’s true independence in these matters it won’t have it until it can develop something able to compete with the F-22/EF Typhoon/Rafale or at least the various Sukhoi, MiG and latest Chengdu fighters all on it’s own.
which is fine as far as India is concerned, because its stand is that what it does with its weapons are its choice, once the weapons have been sold to it. You either sell arms and then the user uses it as he sees fit or you dont sell it in the first place. You cannot for indefinite periods try to use it as a method for arm-twisting and coercion, which is what the US does.
If you shell out 250+ quid for an MP3 player you can play whatever bloody well you bloody well want on it… Right?? It’s not as if the device manufacturer can to force you to play only church music, bible recitations and rants by right wing evangelists or force you to listen only to the collective writings of Lenin, Marx and Trotsky is it?? In an ideal world the same should be true if you buy a bunch of jet fighters at several tens of millions of dollars each. You should be able to use those jets to defend your self, especially if you paid for them completely out of your own pocket and didn’t use some military handout program courtesy of the US tax payer. The manufacturer should resupply you as long as you don’t plan to use them to commit genocide or launch a predatory war. If however you acquire your equipment through a military handout program it is more natural that strings are attatched. Unfortunately the principle of it’s-paid-for-it-in-full-and-i’ll-do-what-I-want-with-it doesn’t scale well from MP3 players to fighter planes. At least not when you are dealing with the Europeans and the USA. It isn’t hard to see why China and Russia appeal more to countries seeking to stock up on modern military equipment since public opinion in China or Russia doesn’t usually seem influence their governments diplomatic decision making abut arms sales. If India want’s true independence in these matters it won’t have it until it can develop something able to compete with the F-22/EF Typhoon/Rafale or at least the various Sukhoi, MiG and latest Chengdu fighters all on it’s own.
Best that way. The age of chivalry is dead. For good cause…
You can crack all the jokes you want. Just don’t try to pull the F-15s combat record, of sucessfully kicking the sh!t out of inferior opponets, out of your satchel. And then use it to try and make the case that the F-15 would just as easily win a conflict with an enemy that is equal in technology, numbers, pilot quality, tactics and things like C4ISR/AWACS/EW… etc. And infantile ‘:diablo:’ symbols won’t make that point for you guys either.
Best that way. The age of chivalry is dead. For good cause…
You can crack all the jokes you want. Just don’t try to pull the F-15s combat record, of sucessfully kicking the sh!t out of inferior opponets, out of your satchel. And then use it to try and make the case that the F-15 would just as easily win a conflict with an enemy that is equal in technology, numbers, pilot quality, tactics and things like C4ISR/AWACS/EW… etc. And infantile ‘:diablo:’ symbols won’t make that point for you guys either.