Ahh yeah the famous mach 2.5 Eurofighter haha. Typical launch conditions are mach 0.9 and mach 1.5 Assuming launch at 1.5 mach. Gives it better kinematics than a Fakour 90. If the requirement to match those figures was going mach 2.5 at 15km that should point to you how fast the missile is.
So meteor basically r-37m but much smaller.
And much better against maneuvering targets while it’s still burning, after it’s done burn ofc worse than 37m
No but neither did it state mach 2.5 and 15km altitude. Again typical launch conditions are high sub sonic and mid supersonic. Typhoon is designed for that mach 1.5 fighting up at FL400. Its whole design revolves around it.
So we’ve got with the way a Typhoon would typically employ a Meteor, so FL400 and Mach 1.5 this isn’t a leap, it isn’t over promising.
All fox 3s should be much less affected by multipath than they currently are.
Heck basically anything with an inverse monopulse seekerhead has a min alt of below 60m which is currently the multipath altitude of missiles in game, so aim 7m on.
Who knows probably based on fin size around the 30-35G mark.
Strictly speaking MP can only protect you at 20-40m over SL. Too low and missile hits the ground in close proximity, above 40m and you get hit by the proxy fuse anyway.
Yeah I remember watching that vid, it’s quite nice how he conveyed it through a parabolic graph.
Really goes to show how fine tuned everything is, and that the mechanics, though over simplified, are fairly realistic.
Essentially 30m is meta
Makes it very easy for the average person to visualise it. Good content for sure.
Yeah, though only really possible to stay in on a limited selection of maps. And if you’re multi pathing it should be the last thing in your bag of tricks to survive, typically you’ve either made some mistakes earlier down the line or you’ve lost SA and have been surprised by a new threat.
Can it be measured in game using only the default figures in local host? It is repeatable? Then maybe, don’t see any existing reports to date that have tried to correct the normal force coefficient so can’t say for certain.