Re: What is the probability that 022 is actually a landing craft?
Not necessarily big gizmos. If it has some rough targeting equipment it's not likely to be a radar active one. One can see the attention to low observability---serrated window edges; concealed exhaust openings to deter IR detection; a distinct paint pattern designed against contrast or pixel matching algorhythms used on EO weapons; radarless CIWS guided entirely by IRST/OLS device. Except for the navigation radar that is intended to be used during peacetime and the ubiquitious communications, the craft is not designed to reflect or emit.
The most likely onboard targeting device, if I may be speculative, that is without using datalinked target data from offboard sensors or other platforms, would be a rangefinding radar reciever. Such devices actually don't weigh very much, nor needs to be big, and is basically a RWR that can obtain approximate range. Similar devices are used by aircraft to target radar sites for example. RWRs can obtain bearing. If you are able to get Bearing A, and the ship travels a fixed distance, then get Bearing B, you can intersect the lines,and you get your aimpoint for your AshM. Of course the catch being the opposing target would be in low or zero emission condition.
I had mentioned before, with regards to speculation about the missiles on the 022, that it maybe what amounts to a sea launched KD-88. The KD-88 amounts to an EO guided version of the YJ-83 and is currently used on the JH-7A with the H-6M/H/K a distinct possibility. It can explain why the missiles are not on the ships yet, and they may still be being tested. A radar guided missile like the YJ-83 can face clutter issues along the coast line, hence why coastal AshMs like the C701 and NSF rely on EO to IR means other than radar guidance (hence why Mavericks are better for coastal defense rather than Harpoons---if you like to explain why Taiwan ordered more Mavericks rather than Harpoons).
The missile would fly to the aimpoint, and from there may try to visually contact the target, and the images sent back via datalink to the ship, which in turn would designate the targets from the images, and the missile would then use shape/pattern/contrast matching to guide to the target.
And of those set points, yeas those are possiple, but would require extensive eletronical qizmoes abroad the firing platform and there we are again in the ultimate limit of small, fast boats.
Not necessarily big gizmos. If it has some rough targeting equipment it's not likely to be a radar active one. One can see the attention to low observability---serrated window edges; concealed exhaust openings to deter IR detection; a distinct paint pattern designed against contrast or pixel matching algorhythms used on EO weapons; radarless CIWS guided entirely by IRST/OLS device. Except for the navigation radar that is intended to be used during peacetime and the ubiquitious communications, the craft is not designed to reflect or emit.
The most likely onboard targeting device, if I may be speculative, that is without using datalinked target data from offboard sensors or other platforms, would be a rangefinding radar reciever. Such devices actually don't weigh very much, nor needs to be big, and is basically a RWR that can obtain approximate range. Similar devices are used by aircraft to target radar sites for example. RWRs can obtain bearing. If you are able to get Bearing A, and the ship travels a fixed distance, then get Bearing B, you can intersect the lines,and you get your aimpoint for your AshM. Of course the catch being the opposing target would be in low or zero emission condition.
I had mentioned before, with regards to speculation about the missiles on the 022, that it maybe what amounts to a sea launched KD-88. The KD-88 amounts to an EO guided version of the YJ-83 and is currently used on the JH-7A with the H-6M/H/K a distinct possibility. It can explain why the missiles are not on the ships yet, and they may still be being tested. A radar guided missile like the YJ-83 can face clutter issues along the coast line, hence why coastal AshMs like the C701 and NSF rely on EO to IR means other than radar guidance (hence why Mavericks are better for coastal defense rather than Harpoons---if you like to explain why Taiwan ordered more Mavericks rather than Harpoons).
The missile would fly to the aimpoint, and from there may try to visually contact the target, and the images sent back via datalink to the ship, which in turn would designate the targets from the images, and the missile would then use shape/pattern/contrast matching to guide to the target.
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