Uhhh in theory sure but in practice how exactly are you getting useful signal from such diffuse and polluted backscatter?Couldnt radar use the sea to bounce the sea wave? So height does not matter THAT much.
Sure, 100KG of explosives coming anywhere near a ship is less than ideal. However, don't SAMs use fragmentation warheads? Moreover, even if you can change a SAM's flight path with software update, it's still optimized for an air defense role, no?SAMs are perfectly effective against ships, more so if they have special fuze mods for surface targets.
HQ-9, for example, has a 180kg warhead. That's way more than NSM, and is neatly around the weight of a 9" shell. Even lighter SAMs (say, in HQ-16 class) still have warheads heavier than 6" shells(WW2 cruiser shell), plus the weight of all the missile itself.
Moreover, SAMs tend to come at very high speeds, adding to both kinetic energy and difficulty of intercept.
That seems to fall in the research area of MIMO radar, although to date most research papers focus on utilizing the direct signal as kind of reference. I have not come across papers that use multipath without direct signal for purely extending the range beyond line of sight. Even if this pure bouncing application is used for extending range the resolution of height will suffer a lot because the wave is dynamic therefor the path is unknown. But it does give you an early warning of general direction to look out.Couldnt radar use the sea to bounce the sea wave? So height does not matter THAT much.
An odd question, but are print magazine's still popular in China? I see a number of great photos posted in this thread that are scans from magazines which honestly seems so weird as a Canadian! Almost nobody buys print anything in North America any longer, so I would think it is really interesting if print is still popular in China given how recently it modernized as a nation.
Literally only ASCM warheads with such explosive weights are old Soviet (and derived) ASCMs still in service.Sure, 100KG of explosives coming anywhere near a ship is less than ideal. However, don't SAMs use fragmentation warheads? Moreover, even if you can change a SAM's flight path with software update, it's still optimized for an air defense role, no?
Compared to a true anti-ship weapon, which packs 300KG+ of explosives on a dedicated ASuW platform, something like an SM-6 comes up far short does it not?
It's nice for missiles to be dual-purpose, maybe even necessary, but I would think that a dedicated missile is preferable.
Couldnt radar use the sea to bounce the sea wave? So height does not matter THAT much.
SM-6 is a 64KG warhead.Literally only ASCM warheads with such explosive weights are old Soviet (and derived) ASCMs still in service.
Most ASCMs today have 150-250kg warheads(full weight, explosives are less than half to less than a quarter of the weight); among those, 180kg HQ-9 is perfectly fine.
How to detonate a blast frag warhead depends on it's design, it may be strong enough. And it's specifically worth mentioning that ASuW is their basic role, so design of the warhead may have considered stronger head of the shell since day 1; all s-300 and buk warheads in particular were built with Soviet navy as one of their basic customers(s-300f, dhtil), HQ-9 and HQ-16 are just not likely to differ.