Damage? No, Accuracy. When a bullet or other ballistic projectiles are fired out past their maximum effective range it loses accuracy. They start to spin less and are more subject other forces around it.
Shooting an arrow works on the same principles. Have you shot an arrow before?
When a rocket is fired out past its maximum effective range the motor has burned out, it has become a pure ballistic projectile. The longer it flies, gyroscopic stabilization will weaken, and accuracy will drastically weaken if it has to maneuver to a target.
That is why analyst do not care about max range and it is public resource available to us all. Any missile can fly to ungodly distances. They look for maximum effective ranges of their adversarial peer’s weapon systems.
@TheArcticFoxxo Can you take this argument into DM’s with him? It’s not very productive discussion and the thread will get very long in the tooth if you two keep arguing the semantics of “effective range”.
This all stems from the fact that Ziggy made a claim about the AIM-54 I showed wasn’t true so he shifted the goalpost to “oh, well the effective range…”
Been using it to find people returning to their airfield after I rearm because I can see their high speed moving away from me, filtering out all the AI contact clutter
Once the AMRAAM comes to the game I’ll make some comparisons using the sources and information available and update the stat card. I’ll also begin putting together the framework and sources necessary to determine the performance of later iterations of the missile and include a more detailed history in the OP.
Can we get some more context about the “ASF”?
(Active Skyflash?)
Also, we knew it was going to be > 40 nautical miles due to the fact that we presumed 40nm was the subsonic launch criteria in head-on co altitude and speed for the Harrier. Also why I left the range as “62 miles” or whatever in the stat card lol
Under what conditions does the “ASF” (SuperTEMP?) reach 40nm? I can replicate the test and use my AMRAAM custom missile file and see if it matches the 60nm range datapoint.
a SuperTEMP is only different from a TEMP in Fins and Motor. The ASF project will have spanned the development of TEMP and SuperTEMP. It cannot have hit the 40nm ranges if it only had the TEMP motor.