A recent study published in ‘Вестник СибАДИ’ (Bulletin of SibADI) sheds light on the safety challenges faced by personal mobility devices (PMDs) in urban environments. Conducted by V. V. Donchenko from the OAO Research Institute of Automobile Transport (NIIAT), the research highlights a concerning trend: over 90% of PMD-related accidents occur in populated areas, primarily due to collisions with vehicles or pedestrians. This alarming statistic emphasizes the urgent need for improved urban infrastructure to accommodate the growing use of PMDs, which include electric scooters and bicycles.
The study meticulously analyzed various elements of urban infrastructure that pose risks to PMD users. Donchenko stated, “Our analysis demonstrates that certain urban features, such as curbs and uneven pavement, significantly increase the likelihood of PMDs overturning, which can lead to serious injuries.” Through mathematical calculations and statistical analysis, the research identified specific geometric parameters of infrastructure that can destabilize PMDs, particularly those powered by electric motors.
The implications of this research extend beyond safety; they carry substantial commercial potential for the energy sector. As cities increasingly adopt PMDs as a sustainable transportation alternative, the demand for safer, more reliable infrastructure will rise. Energy companies could play a pivotal role by developing charging stations and maintenance services tailored to PMD users, thus integrating clean energy solutions into urban mobility systems.
Moreover, the findings present an opportunity for urban planners and policymakers to rethink the design of city landscapes. By prioritizing the creation of specialized infrastructure for PMDs, cities can enhance safety while promoting the use of sustainable transport options. “The future of urban mobility depends on how well we adapt our infrastructure to meet the needs of all users, including PMD operators,” Donchenko noted.
As the popularity of PMDs continues to surge, this research underscores the critical intersection of safety, urban planning, and energy innovation. The potential for collaboration between energy providers and city planners could lead to safer, more efficient urban transport systems, ultimately reshaping how we navigate our cities. For further insights into this research, you can visit OAO Research Institute of Automobile Transport (NIIAT).
