PoondolotoPandalum
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"Also bear in mind, Europeans and Russians always placed a higher emphasis on acceleration and climb-rate, because their airforce was/are expected to operate much closer to the front-line, than US airplanes. Especially after WW2. European airforces like the RAF had to rapidly scramble to meet German threats. USAF operated from bases much further away. Hence they emphasized range/endurance over climb rate and acceleration."
"The higher and faster you are, the higher the energy state of your missile/bomb". This probably was the case in the early 90s but not in the present day. BVRs are able to reach the intended altitude quickly.
Which will go further?
An arrow fired from a car going 100mph or...
An arrow fired from a guy going 50mph
Assuming both arrows are completely the same, fired by the same force, angle, etc
This is basic high-school-level Newtonian physics of motion.
Modern BVR missiles don't travel at the speed of light, constant speed no matter where its launched from. Until fighters field laser weapons (which is really, really long away btw), the performance of an air-to-air missile will always be maximized by higher speed + altitude.
A Eurofighter super cruising at Mach 1.6 is a much more lethal launch platform than an F-16V cruising at Mach 0.9 (typical F-16 cruise speed, without burners), assuming both fire the SAME missile (like Aim-120C7).
BVR missiles improved a lot, but they didn't improve to light speed level, where launching speed + altitude makes no difference.