Ergonomic Evaluation of Smart Navigation System for Riding on Motorcycle

Abstract

A smart navigation device could be provided to keep riders’ eyes safely on the road while riding on motorcycle. Present study surveyed the riding behaviors and examined the fifteen design factors about navigation device and determined the priority of each factor. Further, navigation device have been evaluated on road. A total of 550 questionnaires were dispatched, with a response rate of 89 % (n = 491). Results of factor analysis showed the six dimensions of prediction information, real-time information, brand and appearance, cost, functionality, efficacy and utility. Further, the highest priority design factors of smart navigation device are reminder for speeding camera, intersection name of next turn, distance of next turn, lane guide and map guide line. After navigation device have been evaluated on road, the smart device that effortlessly guides rider through the safest and most enjoyable riding routes with intuitive light patterns. Results of this study could provide the information for the design of the smart navigation device for riding on motorcycle.