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Urban air mobility, driven by vehicles using VTOL technology, represents a promising solution to address the mobility challenges of large cities, with the potential to increase their efficiency and sustainability. The result could be a reduction in pressure on ground infrastructure and improved urban logistics, especially in the transportation of goods and emergency situations. However, the planning of air mobility should proceed cautiously, considering not only technological advances but also the social, economic, and environmental impacts it may cause. Design thus emerges as a tool to guide this innovation toward long-term sustainability, helping to connect urban mobility with circular design and air mobility. By keeping the lifecycle of drones and infrastructure in mind throughout the entire process, problems such as premature technological obsolescence can be avoided, creating new economic and environmental sustainability around it. This approach can also contribute to the development of infrastructure as a system, incorporating multimodal urban mobility methods. Despite the excitement, passenger transportation is not a viable way to introduce air mobility in cities due to its risks and complexity. This initial approach should follow a path that balances risks and benefits proportionally to achieve social acceptance, allowing for greater development of the modality. Uses such as high-priority goods transport and emergency response stand out due to their clear benefits against controlled risks. Thus, design plays a crucial role in the development of urban air mobility, from how drones are developed to the systems they will integrate into. As design is a catalyst for innovation through people, it is essential that the first contact with air mobility in cities is positive to continue driving innovation
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Mobilidade Aérea Mobilidade Urbana Design Circular Inovação Drones
