A motion control strategy of two-wheeled self-balancing robots manufactured by 3D printing for diversified non-specific models is studied in this paper. This strategy is based on fuzzy adaptive control theory, and can perform fast and accurate parameter self-adjustment and real-time stable motion control for a variety of motion scenarios of non-specific self-balancing robot models under non-human parameter adjustment conditions. It can be seen that this strategy can better solve the problem of the adaptive motion control of diverse two-wheeled self-balancing robot models manufactured by 3D printing.