franciwzm wrote:Are you serious? In real world scneario 1 vs 1 frontal engagement is the exception, not the rule; In 4 vs 4 scenario 4 f35 facing 4 su 35, better to score 4 to 0 then 1 or 2 to 0,or even 4 to 1 loss....May be you don't know that lateral aspcect rcs is several orders of magnitude larger even on f22, and thermal signature of f22 anf f35 is comparable to a an f16 and could be sufficient not to let rusckies score a kill from 50km far, but to detect enemy fighters and scare them out and turn back at full speed; if you pretend to compare not only range, but effectiveness of amraam, even amraamd, to meteor, then we are talking about sci-fy...Just to let you know BAE claims that new E-caesar (AESA build on basis of current typhoon captor) will be able to detect frontal aspect of F35 not less then 72km, that means much more in real world scenario as you can never get 100% allineation to frontal aspect... In order to ge good chances of klling launching an amraam you must be well within 50km radius, (more if supercrusing or launched anyway from supersonic speed)...
But if you insist in comparing amraam effectivenss to meteor effectiveness you speak about sci-fy...( it is not only about range) New AESA for typhoon has 200 degrees detection range thx to repositioning antenna: once it will launch meteor, it can confortably turn back; F35 and neither F22 can do that; F22 can exploit amraam max range launching it supercrusing at high quote lets say from 60-70km, but it alaways a risk for example in a scenario where you are outnumbered, let say 1vs 2 or even 2 vs 4, as you continue approaching boogie once you have launched amraam in order to guide it, and if you risk turning back form 40-50km far, your lateral rcs gonna be much higher then frontal one and gonna be detected.
I disagree with many of your points
"BAE claims that new E-caesar (AESA build on basis of current typhoon captor) will be able to detect frontal aspect of F35 not less then 72km"
do you have a reference? it sounds impossible to me
"amraam you must be well within 50km radius"
AMRAAM D launched from an F35 flying high has a much greater range that that.
"New AESA for typhoon has 200 degrees detection range thx to repositioning antenna"
reference
Meteor must be better than AMRAAM if launched from low altitudes. If launched from high altitudes rocket propulsion missiles take full advantage of the lower drag of higher altitude ( they climb up). Ramjet powered missiles need to remain within denser atmosphere (lower altitude) because they need the oxygen. Therefore, it is more likely that AMRAAM D is more capable than Meteor when launched from high altitudes. If that was not the case, I think we can safely assume that the americans would have acquired the Meteor as well
Of course, we are not in a position to know the exact differences in performance between the two missiles, because this is top secret info.