Post by yehang79 on Nov 10, 2023 14:02:11 GMT
When the missile approaches about 200km, it starts to spin differentially and disintegrates gradually, scattering dozens of polyhedral stealthy warheads randomly around it. At this point, the warhead cloud will appear as a whole on the radar of the opponent due to Rayleigh scattering, and then gradually spread out, making it difficult for the opponent to track a single warhead. The main body of the missile still works, but the engine stops running. The stealthy warhead fine-tunes the engine and continues to work.
At this time, the missile body with the telescope begins to track the maneuvering of the enemy ship and broadcasts the data through the data link to all warheads without long-range sensing capabilities.
When it approaches to about 50km, some warheads have been locked and attacked due to the opening of the optical window, and they start to detonate, launching self-forging fragments at a speed of about 1kmm/s to complete the final orbit correction. This part of the self-forging fragments may be evaded by maneuvering or intercepted, but it has played its due role. t this time, the data link loses its update, and the warheads with only short-range detection capability start to use their own detection methods to track the enemy ship. All warheads become independent operation mode. During this period, there may be a small amount of thermal decoys to attract the firepower of the enemy's close-in defense batteries. In view of the almost exhausted electrical battery, the warheads may switch to inertial guidance.
At this time, the missile body with the telescope begins to track the maneuvering of the enemy ship and broadcasts the data through the data link to all warheads without long-range sensing capabilities.
When it approaches to about 50km, some warheads have been locked and attacked due to the opening of the optical window, and they start to detonate, launching self-forging fragments at a speed of about 1kmm/s to complete the final orbit correction. This part of the self-forging fragments may be evaded by maneuvering or intercepted, but it has played its due role. t this time, the data link loses its update, and the warheads with only short-range detection capability start to use their own detection methods to track the enemy ship. All warheads become independent operation mode. During this period, there may be a small amount of thermal decoys to attract the firepower of the enemy's close-in defense batteries. In view of the almost exhausted electrical battery, the warheads may switch to inertial guidance.