Piezoelectric tubular transducers are key components for microactuating devices such as ultrasonic motors and devices utilizing piezoceramics outperform their electromagnetic counterparts at miniaturized scales. Incorporating piezoelectric polymers allows the benefits of increased strain and energy density but their use in tubular transducers in bending mode has not been investigated to date. In the present work, the feasibility of adapting a piezoelectric polymer to this device is investigated, with the application of classical beam theory to model the dynamic performance. Experimental results verify a linear constitutive relationship, and indicate a displacement of 0.5 μm at 25 MV/m, 25 Hz.