Brumby
Major
How many missiles are carried with the chart you showed? It doesn't have J-10B/C value so how do you compare? Flanker has higher RCS than light fighter; that I know. The question is whether a Chinese radar could track an F-16V with missiles from a range far enough to utilize the range of the PL-15. And this radar could be an AWAC radar.
I have demonstrated from radar physics that an advantage in relative RCS carry with it an advantage in detection range and jamming. That is a fact based on radar science. To undercut my position you have to demonstrate that somehow Chinese radar is far superior to offset those advantages. So far you have offered nothing besides claim based on "could".
Scenarios by nature are compartmentalised. In an actual conflict, all bets are off. Runways can be repaired and the Taiwanese do have mountain bases. Did the study discuss how the missile saturation attack will affect air operation for those planes based in the mountains?You are either trolling or have a very very bad reading comprehension problem. The article states that under the condition that the Chinese limit themselves to aerial confrontations and don't use a missile saturation attack, ROC aircraft may fly 2-4 weeks. If the PRC chooses to go straight for a missile saturation attack, hours at most before all ROCAF runways are cratered and aircraft killed on the ground. You asked me to cite this information and I've cited everything you wanted 100%. You are now down to deliberately misinterpreting clear English paragraphs.
In a numbers game, have you factored in the US intervention? The Taiwanese role is to hold out as long as possible and make it as costly as possible to the Chinese in proceeding with an invasion. Without an actual invasion, there is no viable end game for the Chinese.ROC has few missiles and few interceptors. PRC has many many missiles and m
any many interceptors. That's the point; there's no expectation that the PRC won't take any losses at all but this is a fight that it absolutely cannot back down from, losses and all. I didn't say it was a one-way event; I said it's a numbers game.
You can attribute any RCS number to the F-16V. It is just a radar equation calculation. The calculation is dependent on the Chinese data which I suspect you don't have.Once again, you have provided no figures for the RCS of a combat-loaded F-16V. If you have such numbers, we can compare to what is known of China's AESA radars and KJ-2000/KJ-500 capabilities.
How would you like to calculate the jamming capabilities of F-16V versus Chinese radars/missile? How would you calculate the jamming capabilities of Chinese fighters against ROC jamming? It seems like you're throwing in arbitrary unknowns and trying to assume that they favor the side you wish to favor just like how you arbitrarily assumed that J-10B/C was "unlikely" to have lower RCS than F-16V even though you had no idea what the J-10B/C number was.
I am already been charitable with the J-10B/C. Every known modern 4.5 gen airplane out there has a RCS of between 05 to 1 m2. That is the limit with what you can do with stealth coating. If you insist that the J10B/C has a lower RCS then you need to provide references. Even with parity on RCS (that is an assumption) then it boils down to radar and ECM. The F-16V has at least a 4th gen AESA radar and that was by way of inheriting the technologies from the F-22/F-35. In comparison, we don't even know for sure whether the J-10C has a working first generation AESA radar considering that the Pentagon believe that the Chinese are currently having difficulty with radar development. Some important tech in driving AESA capability is DSP and FGPA , both technologies that the Chinese lag behind the US. This is one of the key driver behind China 2025 because these tech drives military capability.
On balance, the APG-83 is more likely than not have a detection advantage.
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The AN/ALE50 is designed to work cooperatively with its onboard ECM suite. Which one is deployed is dependent on the threat. We were discussing the context of long range BVR i.e. PL-15. I have previously mentioned (in this thread) with long range targeting the launch mode boils down to three types - (I) initial lock with mid course update; (ii) fire and forget; and (iii) home on jam. The PL-15 will particularly be susceptible to towed decoys because it basically homes in on emission signals that the decoy will replicate to attarct its attention. The AN/ALE carries 4 decoys. Should it get Britecloud, then it will get 12.How many decoys can a jet tow? Because the PLAAF outnumber the ROCAF and by far more than 2:1 and that number gets really vicious if we're talking about what the ROCAF might manage to get in the air after an initial missile saturation strike on its air bases. In essence, the PLAAF can afford to fire missiles targeting both the fighter and the towed decoy both to a level of saturation, and let's not forget, jets towing decoys must ditch them to pursue evasive maneuvers. Decoys work best in low intensity fighting where someone who gets a one-off shot at you might strike the decoy instead. A jet towing a decoy facing an overwhelming number of enemy fighters closing in all firing multiple missiles is not going to make good use of the decoy.
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