CanadianPad
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Duh i rather buy a futuristic stealth Rafale instead of this over weight whale.
Duh i rather buy a futuristic stealth Rafale instead of this over weight whale.
Just as an example, I wonder how many people know this, but VTOL aircraft have some of the most complex control systems imaginable. In particular, the process by which a plane moves from Vertical-Take-Off to Forward-Flight is still an intensive research area and is regarded as one of the most difficult problems in all of Control Theory. There is a very good reason why these aircraft are said to have ushered in an entirely new generation,
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What?
Edit: CanadianPad, I bet you can't wait to see these beasts in Canadian colours. I would love to see them during the Air Show in Toronto piloted by Canadians.
How hard can it be?
Some say he has seen every episode of Top Gear 10 times, and that he roams the internet at night looking for internet arguments on JF-17. All we know is, he's NOT the stig. But he IS the stig's Pakistani cousin!Are you a fan of the BBC show Top Gear? They use the words "How hard can it be?" every time they embark on a new project. It's hillarious. I just thought that it was quite funny the way you ended with that question.
Agreed. I believe if Pakistan got the latest IRST sensors from an outside source they could integrate them into JF-17, the only obstacle being money. There are plenty of programmers and engineers, judging by Pakistan's ballistic/cruise missile projects. There may even be a Pakistani IRST/FLIR sensor design that can be developed to be (if not already) capable enough - I found this on the Pakdef website:Now, to answer your query, I am sure you know this already, but these types of "new" systems are quite difficult to engineer. However, I don't see any reason why the Chinese (or even Pakistanis, for that matter) can't also produce something similar. It's not a question of capability, its a question of resources and motivation, i.e., whether there is a real need for the system and the availability of finances, engineers, scientists, skilled labour etc., that is all. The Chinese certainly have the resources (which the Pakistais may not due to our relatively young aerospace industry), it all depends on whether they have the "need". In short, it is not out of the question for them to be able to produce their own version of this system if they wanted to.
Are you a fan of the BBC show Top Gear? They use the words "How hard can it be?" every time they embark on a new project. It's hillarious. I just thought that it was quite funny the way you ended with that question.
Now, to answer your query, I am sure you know this already, but these types of "new" systems are quite difficult to engineer. However, I don't see any reason why the Chinese (or even Pakistanis, for that matter) can't also produce something similar. It's not a question of capability, its a question of resources and motivation, i.e., whether there is a real need for the system and the availability of finances, engineers, scientists, skilled labour etc., that is all. The Chinese certainly have the resources (which the Pakistais may not due to our relatively young aerospace industry), it all depends on whether they have the "need". In short, it is not out of the question for them to be able to produce their own version of this system if they wanted to.
CanadianPad:
I was very pumped to see the F-22 during the airshow in 2007, but unfortunately, a family emergency came up and I couldn't go on any of the three days (I was in Scarborough General Hospital on all 3 days attending to the emergency and looked out the window every opportunity I got, but I didn't see any planes. Scarborough is just too damn far away). It was heartbreaking to miss the F-22, but thankfully the family emergency got better. The year before, too, they had the F-22 (I think), but I wasn't aware of that until after the fact. Let's hope we see an F-35 this year. Even if they don't, they usually always feature the CF-18, F-16, Snowbirds (one of the best aerobatics teams in the world), and vintage planes like the Spitfire, Mustang, Sabre etc. InshAllah, I will go this year for sure.
The Journey of Thousand Miles Begins with a Single step.
see F-35 is a great fighter agreed but see the AMericans are going for STEALTH while the eurpoeans are going for fast quick precision in the form of EURO FIGHTER....clearly europeans r not dumb they must have a good reason why not to opt for stealth yet!besides there is a special G-suite designed for eurofighter
so 5th generation is just stealth??surely rfale and ef2000's avionics will go 5th generation within few years..
Key to the F/A-22's capabilities is a complex of passive sensors, basically for electronic surveillance, that line the outside edges of the fighter's wings and tail surfaces. They gather electronic emissions at frequencies up to 18 GHz., sort them by time and angle of arrival for location, and analyze the signature automatically for rapid identification. Electronic data are fused with detailed RCS signatures gathered by the radar for additional identification.
F-22 Secrets Revealed
February 12, 2009: The U.S. Air Force has released some performance data on the F-22. The stealthiness factor of the F-22 has turned out to be better than predicted. For radar purposes, the F-22 is about the size of a steel marble. The F-35 comes out as a steel golf ball. The AESA radar turned out to have a longer effective range of about 210 kilometers, versus a 200 on the official spec sheet. The AESA radar is also able to detect enemy radars at a considerable distance, meaning that, if an approaching enemy aircraft is using its radar, an F-22 can detect it about 300 kilometers distant. That gives the F-22 more time to get into position for a decisive first shot at the enemy aircraft.
These goodies are being released as the air force makes a pitch to delay some F-35 production in order to build more F-22s. The air force generals point out that the first 500 or so F-35s will cost $200 million each (without taking R&D into account), while F-22s only cost $145 million each (without taking R&D into account). The construction cost of the F-35 will eventually go to about $100 million each as more are produced.
The air force also points out that their simulations (which are classified, so it's difficult for anyone check their accuracy) indicate the an F-22 would destroy 30 Su-27/MiG-29 type aircraft for getting destroyed. But the F-35 would only have a 3:1 ratio, while the F-15 and F-16 would only have a 1:1 ratio (there are a lot of F-15 and F-16 pilots who would dispute this). Thus the need for more F-22s, even if it means fewer F-35s (in the near and long term).
The air force also points out that, with a force of 183 F-22s (all Congress will allow them to build at the moment), only about a hundred would be available for combat (the rest would be down for maintenance or used for training.) By building another 60-100 F-22s, and reducing initial F-35 production by that much, American air superiority would be much improved, at no (well, not much) additional expense. Or so goes the pitch.