In this article, a computer simulation of the movement of passengers on escalators was carried out, taking into account different (four) scenarios for organizing the movement of passengers, the intensity of passenger flow, and also analyzes the influence of social distance on the speed of ascent. The dependences of the change in the time spent by passengers on covering the path from the center of the platform to the moment of ascending the corresponding escalator were constructed. The results of the study make it possible to identify differences in the efficiency and comfort of passenger movement depending on the chosen layout and load. These findings can be useful for optimizing the operation of public transport and metro systems, providing safer and more comfortable travel for passengers in various conditions.

Keywords: analysis of human flows, ensuring safety in the metro, organizing human flows, computer modeling, optimization of passenger flow