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Block III can have stations like j-10 plus two new one under wing like f-16 bringing total to 13 ie 8 on wings one centerline
And 4 on fuselage like typhoon and Rafael ??
View attachment 581589
You can see that thread is half of the measuring contest and gone to comparison fest than discussion on the topic in hand. Once, they have exhausted, unnecessary posts will vanish and thread will be merged. As you asked for the reason; that was expected, therefore, left it separate so that Block-III sticky thread can be saved of all those off-topic (A V/s B) discussion.
It could be either; but in present framework, block iv is a guarantee. lot of improvements post block 3 will be realised
Block III can have stations like j-10 plus two new one under wing like f-16 bringing total to 13 ie 8 on wings one centerline
And 4 on fuselage like typhoon and Rafael ??
View attachment 581589
'Blk 3 comparable to f16 blk52 in important aspects'
Elaboration requested.
Reduced price = reduced capability... so engineer man hours cost the same in pakistan as they do in the usa...for Gods sake think ⁴I doubt that. That would mean we have started to manufacture F16 blk52 capability in house in less than half the price.
In simple words: (common sense)
Reduced price = reduced capability.
We have raised the bar quite high for ourselves. Jf17 is the first jet our aviation industry is (to an extent) manufacturing in house and to expect a first timer to deliver a package as potent as Lockhead Martin is an unreaslistic demand.
We forget that JFTs were meant to replace aging Mirages and F7PGs. A replacement of that sort can't match F16blk52's capability this early on in its career.
R u sure that's a lot of workBlock III can have stations like j-10 plus two new one under wing like f-16 bringing total to 13 ie 8 on wings one centerline
And 4 on fuselage like typhoon and Rafael ??
View attachment 581589
Very true sirSir it is not that easy to decide. An AK47 in the hands of a newbie will be useless if he goes against a trained commando with a knife in his hand. There are no objective studies of each system carried out by neutral experts. In fact, no OEM provides are details hence anyone making tall claims that this system is superior to this and that... is simply lying.
Increase of HP is interested and many will like to see such improvement in that particularly. Having 13 HPs was the reason to ask.
However, we might witness 10 in total.
We are talking only about kinematics,sensor suit of F-22&35 is much like an airborne super computer.As such, F-22A and F-35A pack so much raw power and artificial intelligence within that they will literally disable-kill a lesser aircraft in WVR situations.
COULD A WESTERN RADAR WORK ON THE JF-17?
The centerpiece of the JF-17 Block 3, the upcoming (and most extensive) development of the Pakistan Air Force’s (PAF) backbone fighter aircraft, will be its active electronically scanned array (AESA) radar.
With the PAF Chief of Air Staff (CAS), Air Chief Marshal (ACM) Mujahid Anwar Khan, expressing hope for inducting the Block 3 in March 2020[1], the PAF is expected to decide on a radar by the end of 2019.
The leading candidates are the Nanjing Research Institute of Electronics Technology (NRIET) KLJ-7A, Leihua Electronic Technology Research Institute (LETRI) LKF601E, and Leonardo Grifo-E. Though the PAF is largely expected to select a Chinese AESA radar, the Grifo-E is, reportedly, still a factor.
The Grifo-E’s continuing inclusion in the mix is interesting because Aviation Industry Corporation of China (AVIC) had reportedly stated that it did not expect the PAF to select a Western AESA radar. AVIC’s rationale was that neither party would share its respective source-codes.[2]
If this is still the case, then the PAF’s reported interest in the Grifo-E would imply that it is interested in a Western air-to-air and air-to-surface munitions suite. If not, then the Grifo-E would suggest that the PAF has an alternative route, perhaps a third-party (i.e., non-European and non-Chinese) source.
Background on the Leonardo Grifo-E
The Grifo-E uses an undisclosed number of gallium nitride (GaN)-based transmit/receive modules (TRM). Compared to older gallium arsenide (GaA)-based TRMs, GaN-based TRMs are more energy efficient, and can offer better performance/output as well as a longer lifecycle.
In promoting its own GaN technology, Saab outlined that GaN-based AESA radars would enable for small and lightweight fighters to deploy high-performance AESA radars. In other words, GaN would help offset limitations in internal space, weight, and power-consumption requirements.
In terms of the radar’s performance, Leonardo outlined that the Grifo-E can track 24 targets in its track-while-scan (TWS) mode. It can track “fighter-sized targets” at over 138 km in track formation range mode, and 157 km-plus in look-up detection range mode. In its air-to-air mode, the Grifo-E can track up to eight targets. In addition, the Grifo-E has simultaneous air-to-air and air-to-surface modes.
In its specification sheet, Leonardo also lists a large number of other features, including synthetic aperture radar (SAR) with ground-moving target-indication (GMTI), sea surface search and track, inverse SAR, air-to-ground ranging, and other capabilities. It also features core AESA radar capabilities, such as elevated resistance to electronic warfare (EW) and electronic countermeasures (ECM)…
https://quwa.org/2019/09/28/could-a-western-radar-work-on-the-jf-17-2/