Review article

The article presents a three-dimensional graphical-analytic model of using the quantomobile engine thrust by means of the author's equation of the quantomobile power balance. There have been constructed numerous possible trajectories illustrating the change of the thrust vector of the quantum engine of this vehicle according to the sum-total of transient and cruising modes. The research and modeling was implemented involving the use of the Maple 17 computing software. The model allows visualizing the areas of the thrust resources` availability to ensure the dynamics of the quantomobile movement and exploring the topology of the trajectory space of the thrust vector. The graphical-analytic base for developing algorithms for optimal control of the quantomobile has been prepared. Prospects of the model development are considered.