With the improvement of drone intelligence level and the development of cluster control technology, drones gradually play an important role in the war, and how to defend against drone attacks has also become an important topic of close-range defence. This paper analyses the combat scenario of artillery strikes against drone targets, and according to the vulnerability characteristics of drone targets, takes the artillery equipment ammunition as the object, designs the effectiveness simulation process from hit to destruction, develops the effectiveness evaluation software, and carries out the simulation calculation. The simulation results show that artillery munitions have a high probability of causing damage to drone targets at close range, and increasing the distance of the anti-air proximity fuse appropriately can also increase the probability of artillery munitions causing damage to drones.
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