SchDerGrosse wrote: Fri Mar 17, 2023 7:31 pm
burnout time is king now . modern Russian and Chinese missiles completely outclass anything that NATO can offer..
I agree with you. It can be a little controversial on how the missile motor burnout time is modeled. Basically it is calculated from a known max range, then decide how long the motor has to work to make sure the missile can reach that max range. Most of the Russian missile take a direct path, so the motor will have to work on a longer time. Most of the NATO missile take a loft profile, they need less time motor burnout time to reach the same max distance.
unfortunately, longer burnout time equals to longer NEZ range / better performance at 25%, 50% max WRA range.
And, here lies a hidden issue: either the loft missiles flight profiles are not optimized. or the loft missiles' interception logic have some bugs.
I am updating my excel sheet, hopefully can finish it in a day or two.

- bvr update.jpg (249.02 KiB) Viewed 1025 times
You can see AIM-120D and AIM-260 show interesting result. They failed to intercept a closer target, but were able to hit target at longer distance. I don't have TacView so it is very hard to tell what happened. On one hand , the targeted Su-27P took a not so smart defense posture (worthy to look into this later : try to outrun the missiles at first, but after successfully bleed missile's speed below 1000kt, it turned back. At that time the missile still had the height advantage). On the other hand, I have noticed there are several cases, loft missile have greater terminal speed when aimed at longer distance target than at shorter distance target.