Markjo: so; you admit that I DID NOT 'miss out a zero' in my interpretation of the BuK missile data?
Nor did I confuse 'maximum operational launching altitude' with 'maximum operational ceiling'.
Ergo; either you were wrong, or you lied.
To be honest, I checked a different source that listed the performance specs of the missile itself, not the support system.
Just making that clear before we carry on...
Now; of course the stats of the BuK don't state that it pushes on air, you dim-wits; why should they?
& besides, have you never heard of the Official Secrets Act?
Why would the US need to keep Russia's "Official Secrets"?
But they DO state that it will not take off above 3000 metres; now why should this be so?
No, they didn't say that. They said:
The missile system can operate in temperatures up to ± 50°C and wind speeds up to 30m/s. Its maximum operating altitude above sea level is 3,000m.
Do you not understand the difference between a missile system and a missile? I'll give you a hint: one is a part of the other.
All its other systems are capable of working at higher altitudes; so why should it be unable to take off?
Who said that the rest of the system is capable of working at higher altitudes? So you have a source that you would be willing to share with the rest of the class?
Why is the maximum operating altitude of the system 3000 meters? I honestly don't know. I don't have any personal experience with that system, and I'm guessing that you don't either. However, I wouldn't be surprised if at least part of the reason has to do with the fact that humans have a harder time breathing above 10,000 feet.
The problem with solid-fuel rockets is that the larger they are & the longer the burn-time of the fuel they contain, the thicker the rocket casing must become in order to withstand the heat/pressure created therein (ammonium perchlorate burns at 3000+C; that's HOT); this imbalance results in their power-to-weight ratio becoming unfeasible above a certain size. & the BuK series are about as big as you'll get outside of NASA's fantasy Imagineering.
& don't mention the Trident; that's as fake as tits on a bull too.
Okay, then how about the MX missile? Or the Minuteman III? How about the SA-2?
Thus, even at sea-level the BuK is teetering on the verge of being unable to achieve launch velocity; in the rarefied air above 3000 metres altitude it has no chance.
Why?
Citation, please. I've seen videos of BuKs launching just fine.
BECAUSE IT RELIES ON ATMOSPHERIC PRESSURE IN ORDER TO FUNCTION, YOU IDIOTS.
It's really very simple; you just have to apply a bit of logic. Besides which, all the facts on the matter have been known since at least the 1920s.
None of that explains why air to air missiles can be launched at altitudes much higher than 3000 meters.