The article presents the results of numerical simulation of a laser-guided bomb, which is dropped in calm
weather conditions. The prototype of such a bomb was developed at the Air Force Institute of Technology. It was a
result of the modification process of the classical training bomb. The modification consisted of building on the bomb's
board a detection system to track targets that are designated by laser and a control system to adjust bomb’s glide path
to precisely strike the target. In the simulation research, geometric and mass characteristics of the classical training
bomb were used. Aerodynamic characteristics of the bomb have been determined using commercial software
PRODAS. Using the mathematical model of the bomb spatial motion and model of the laser detection system series of
simulations were performed. The main goal was to determine the effectiveness of the adopted construction solution.
Therefore, simulations were performed for various initial positions of the bomb and fixed position of the target. It
allowed finding the set of control laws coefficients giving the most accuracy of the bomb. The influence of structural
modifications of the detection system on the possibility of effective detection and location of the target was also
investigated. In the article, exemplary results of numerical calculations performed with the author's software are also
shown.
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