Initiations of chaotic regimes of attitude dynamics of multi-spin spacecraft and gyrostat-satellites basing on multiscroll strange chaotic attractors

In this paper the possibility of chaotic regimes intentional initiations in attitude dynamics of multi-spin spacecraft (MSSC) and gyrostat-satellites (GS) are considered. These considering chaotic regimes correspond to phase trajectories along strange chaotic attractors, which can be presented in the MSSC/GS phase space. Intentional initiations of chaotic regimes can be applied to the attitude reorientation of MSSC/GS in cases of accidents and failures of main attitude control systems, and/or in cases of cancellations of uncontrolled rotations. Also these regimes can be used for the implementation of special tasks of the motion control of space and underwater robots, including the fast random observation of surroundings, fast random search of objects, and chaotic maneuvering.