Full-range coverage guidance system of remote guidance aircraft with strapdown laser seeker
A guidance system and aircraft technology, applied in the field of guidance systems, can solve problems such as difficult medium-range and short-range target processing, inability to accurately strike medium-range targets, and impossible transfer
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experiment example 1
[0180] In order to verify that the full-range coverage guidance system of the remote guidance aircraft provided by the application can make the aircraft have the actual capability of taking into account the full range, through simulation, the guidance system of the present invention is installed in the aircraft, Go to a plurality of ballistics / flight trajectories respectively for targets in different ranges, specifically, for targets at 9km, 13km, 23km, 28km, and 40km respectively, launch the aircraft that the guidance system of the present invention is installed respectively, obtain as follows image 3 The 5 flight trajectory diagrams shown in, from image 3 It can be seen from the figure that all the aircraft can land at the predetermined range and hit the target, that is, the aircraft provided by the application can also hit the medium-range target or even the short-range target on the basis of being able to hit the long-range target.
experiment example 2
[0182] In order to verify that the iterative module in the full-range coverage guidance system of the long-range guidance aircraft with the strapdown seeker provided by this application can obtain the line-of-sight angular rate close to the real value, specifically,
[0183] In the simulated ammunition, input the real projectile line of sight angle of the ammunition in real time by the simulation equipment, the iterative module of the present invention is stored in the simulated simulated ammunition, and the projectile visual line of sight angle rate is obtained by the iterative module iteration, in the iterative process , the state variable x 1 and x 2 The initial values of all take the value of 0, k 1 The value is 0.5, k 2 The value is 0.5, k 3 The value is 0.1; the iteration frequency is 50Hz; input the ammunition’s real sight angle of the ammunition at a frequency of 50Hz; receive the state variable x delivered by the iteration module 2 The value of the state variabl...
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