Micro Mobility and Smart Cities

Abstract

This study addresses the increasing need for efficient and sustainable last-mile delivery solutions in smart cities, which is being driven by rising e-commerce and urbanisation. Traditional distribution methods have obstacles such as high costs, traffic congestion, and environmental effects, hence there is an urgent need to investigate alternate techniques to address these issues. The study's goal is to examine the possibilities of micro mobility as a last-mile delivery solution in urban areas, as well as to analyse the implications of its implementation. It aims to identify and assess existing issues in traditional last-mile delivery techniques, as well as to investigate the benefits and opportunities provided by micro mobility solutions. The research uses content analysis as a primary methodology to analyse relevant literature and get information on last mile delivery challenges, micro mobility solutions, benefits, and opportunities. The findings show that micro mobility modes including e-scooters, e-bikes, and small electric cars provide promising answers to last-mile delivery difficulties. These solutions include higher accessibility, lower environmental impact, greater flexibility, and better operational efficiency. Furthermore, the study identifies prospects for using micro mobility to optimise urban logistics and improve overall delivery performance.

Keywords: Micro mobility, smart cities, last mile, delivery, transport. ___________________________________________________________

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