Experience gained through the present study indicates that virtual modelling and analysis, based on a representative range of selected anthropometric data, could be a valuable tool for the bicycle design process. According to the designers involved, virtual modelling provides valuable insight in the initial design stages, where the main dimensions of the frame and the adjustment ranges for saddle and handlebar are defined. However, due to representation accuracy issues and its relatively static nature, virtual modelling results should be subsequently confirmed and supported by actual testing with human subjects representing the full range of the indented users. This can be topic of a subsequent research that poses some problem because the researchers must identify a number of “boundary and internal cases’ each defined from various individual anthropometric dimensions. For the purposes of the present first study this would prolong the duration of the assignment, something not desirable by the bicycle manufacture. Regarding the main problem of bicycle fit, it was observed that most of the relevant literature was focused on adult populations and mainly on sport cycling, where efficiency is the main issue. Further investigation is, therefore, required for the verification of the proposed “optimum’ in terms of safety and comfort, posture for cycling in urban areas, as well as for the identification of possible differences in cycling style and habits between children and adult.