The molecular simulations, described in this study, represents a minimalist and qualitative picture of molecular motors, and the possible consequence of arranging them in confined solid-state. Many approximations are made to describe the motion of rotors in this study. For example, the rotation mechanism is significantly reduced to a two-state motion. Notably, the rotation between the two-state occurs almost instantaneously, when the dihedral potential is switch. In reality molecular motors show complex rotational dynamics with slow and fast movements to produce a full rotation. In future studies, it is possible to use more complex potential energy surfaces and gradual potential changes to more realistically reflect the intricate dynamics of real-world motors. Nevertheless, the potential switching mechanism should provide the foundation to build new atomistic models of molecular machines.