With the emergence of electric-powered aircraft capable of vertical takeoff and landing (eVTOL), there is a growing need for airports specifically designed to handle these aircraft. Vertiports, which are airports tailored for eVTOL aircraft, are set to be established in urban and rural settings, as well as integrated into existing airport infrastructures. The development of vertiports and the deployment of eVTOL aircraft are guided by standards and regulations set by relevant authorities. Concurrent with this innovative approach to transporting people and goods across both urban and rural landscapes, a suitable air traffic control system is under development. Given the specific requirements and potential for eVTOL-related systems, this paper aims to explore the impact of eVTOL aircraft on infrastructure and navigational procedures, showcasing a case study on the development of a vertiport network in the Munich area. The literature review highlights the critical importance of collaboration between academia and the industry for the advancement and integration of eVTOL aircraft into urban transportation. The case study analysis provides a compelling rationale for adopting this new mode of transport, driven by high population density and significant tourist numbers. The future growth and adoption of these aircraft will depend on factors such as manufacturer requirements and specifications, vertiport locations, noise pollution, and the implementation of security measures for passengers and their belongings. For this innovative mobility solution to gain acceptance, support, and practical application, it is crucial to address additional considerations like insurance and liability in emergency situations, environmental sustainability, affordability, and the impact on urban quality of life.