I made my point higher up, the Rafale is already great and it is receiving daily buffs.
It does everything great the 2000 series did but even better. It now dominates at medium and close range.
Jets like the Gripen cannot compete and the Typhoon in UK and Italian trees Radar has multiple personality conditions.
Gripen was never going to compete until they add the E which is the comparable variant to the other eurodeltas. The UK Gripen would never compete. It shouldn’t even be armed with the ARHs it received. So far, EFT’s radar has not presented me with issues as others are claiming. Be this my circumstance, or not, I won’t say the issues aren’t present.
I’d fucking hope so, without missiles like ASRAAM or MICA IR equivalents being present.
Point is, this generation of planes has undoubtedly awesome performance in the air, but the catch is supposed to be the Electronic Warfare suite each one wields.
I understand that it seems we are asking a lot for the rafale, but so should everyone else for their favorite aircraft/vehicle. Every vehicle should get the chance to shine in the game, with respect to in-game balance of course.
You know that one module can’t have a directional beam? That’s the point of a phased array. Only a few elements of the array can form a directional beam.
Does CBR, which receives such reports, even understand how radar works? If not, then why does it receive such reports?
Perhaps you’re right, regardless, the radar should be capable of tracking multiple targets irrespective of the direction of the search area which is the point of the report. Do you have a suggestion to better edit the report?
That’s not how AESAs work. The single antenna don’t provide enough power output by themselves to track targets. For that you need multiple pointed at the target. Not even the radar mounted on the E-7 can track that many at once.
Your report cannot be improved. The number of simultaneously tracked targets does not depend on the number of phased array elements. CBR should have written this.
What is multiple? 4? 8? 10? Even if we go with 10, that still would mean 80 different targets could be tracked since the Rafale’s AESA has over 800 modules. We don’t have any number of games where the number of enemy targets goes past 16, hence the suggestion to remove the limitation from the radar.
There are a lot more than that in Sim battles. While yes, we don’t know how many, just not putting a cap at all doesn’t make sense. Putting it at smth like 4 would, seeing as the F-35 apparently only has 8 beams according to @BagelIsMyWaifu, with double the antenna
Only two are required to steer but depending on placement - whether it wants to go up and down will dictate which TR modules are being used to steer. Look at the front of the radar and count the TR modules. How many individual ones have a complete circle around them, separated from the rest? That would be your best solution.
It seems it has a bunch of hexagonal shaped clumps with a single center antenna, approximately 119.x number of these. It could likely track and steer up to at least 100 targets.
Yes, but not for one module. Nothing changes. The number of beams is very limited, because a certain radiation power is needed to obtain the required range and a certain grid width is needed to obtain the required target tracking accuracy by angle.
Limited steering and tracking is capable on just one hexagonal circle of modules surrounding a singular one. These can pass off the target to the set below them, or combine for better steering as needed to keep track of priority targets. The aircraft only needs 8 because it has 8x MICA. That’s over 100 TR modules per target. I doubt it needs that many.
Reports are not accepted on assumptions and theoretical possibilities. If you have open data on how many beams the Rafal radar can form, you can create your own report.
Theoretically yes. But in practice such a beam is useless. Otherwise, everyone would make a radar from two elements.
Though tbf, I’m not sure if with multi beam forming one can even consider the seperate beams as being formed by completely independent elements, or if all elements work together on forming multiple spikes using math that is beyond me.
But generally going “It has X elements so it must be using Y beams at all times” is stupid in all cases
The point was to say that on the most basic level, you need at least two to shift the overall waveform. The subsequent part of my comment clears up that even if you want to track 8 priority targets separately, you’d have 100 TR modules per to do it and 38 extra mixed in there.