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Surface to air missiles are never the real problem, its the radar system. You cannot shoot what you cannot see, and you cannot open your eyes (turn on the radar
by steve19 13y ago
Surface to air missiles are never the real problem, its the radar system. You cannot shoot what you cannot see, and you cannot open your eyes (turn on the radar) without letting everyone know where you are.
Russia is sure to have deployed their most sophisticated (non-export) S-400 radar configurations in or just outside the Crimea ... but this drone is sure to be incredibly stealthy.
If a F-22 has a radar signature of a steel marble ... this relatively small drone probably has a signature closer to a tiny ball bearing ... in the middle of a large sky. Its precise signature will be highly classified, making it very, very hard to spot.
- ketralnis 13y agoIf someone else is running a reasonably powered radar from more than one known location at a known frequency (both the broadcast frequency and, say, a pulse every 0.5 seconds), is there a technical reason that you couldn't use the echos from their radar without broadcasting your own?
- lutusp 13y ago> is there a technical reason that you couldn't use the echos from their radar without broadcasting your own? Yes, there is. The only way to exploit someone else's radar for your own target detection would be to reflect so much of the original signal out into space that your craft would be assured of detection. It contradicts the idea of stealth. All you can do with someone else's radar is locate the radar. Anything else would jeopardize stealth, which is a big issue in modern times. > ... both the broadcast frequency and, say, a pulse every 0.5 seconds Military radars don't broadcast continuously, to avoid making it too easy to track the source. Also, modern radars use frequency-hopping and irregular pulse intervals to avoid predictable patterns. Phased-array radars even go so far as to randomize their search patterns in three dimensions, to further confuse the enemy about the nature of the signal and its source.