Same for starstreak. The situation is just the opposite of “Always has”. It has never been detected by LWR, except maybe for a few weeks or months on a timescale of a few years. It’s clearly stop being a bug and become a feature.
So the stormer seems much better now. The missiles phasing through stuff is now an uncommon occurrence instead of the missile’s default state. I am really enjoying it rn.
Yeah stormer is now spontaneously working better, my only complaint is that the IRST is still utterly wrecked by clouds even when there are none between the target and you.
After playing quite a bit since phase through is now minimal, the problem is how utterly pathetic the lock/optical radar is.
If you are on a map that has anything greater than virtually zero clouds your optical radar and lock range is substantially reduced. This gets to the point that on average you’re looking at only being able to detect and lock aircraft/helicopters at 3-4km whilst they can still lock you outside of this range.
If you are on a map with say 60%+ cloud coverage than your lock/detect range is closer to 1-2km which makes you functionally worthless against most things still given the stormers effective dead zone. It’s extremely egregious given that this applies to aircraft flying between you and clouds so you can clearly visibly see the plane and it refuses to lock.
I was not able to lock an F4 phantom taking up almost half of my zoomed in scope at a range of 1.5km (was 0.9km away before it finally let me lock). This is ridiculous and needs fixed.
Depends on their mode of operation ( basic IR vs IIR). for example the AN/ALR-23 off the F-14A, which is a basic IR system can spot stuff from a long way away, depending on Aspect angle.
IIR basically depends on contrast, thus the absolute temperature of the target (and it’s inherent
specular emissions) and the NEΔK (noise equivalent temperature difference) of the detector. which in this relevant paper was listed at 25 millikelvin, and of note is Figure 13.(PDF Page # 13) which notes detection ranges of a prop plane at 14 and 10 nmi respectively, which correlates with the ALR-23 data.