This paper proposes a DC servo motor that is used for the crane system where the system is implemented by a controller that has been optimized by a bat sonar algorithm. With the new designed optimized controller, a faster angular position of the crane system can be generated. Unlike the normal approach, this method of an optimization technique is applied to the designed controller to tune the controller's parameters can improve the stability and also the transportation time. The method involving the comparison between the system with and without the fuzzy logic controller. Besides, there are also comparisons of the fuzzy controller optimized by the bat sonar algorithm. This application is conducted in the real-time experiment setup. The system performance is evaluated based on the system responses such as rise time, settling time, steady-state error and percentage of overshoot. From the experiment, it found that designing fuzzy with optimizing algorithms gives a 20% faster response compared with the normal one. Looking into the future, this work will lead to faster dynamic response.