What Is the Urban Air Mobility Project All About?
Imagine zipping across the city skyline, bypassing traffic jams and long commutes. That’s exactly what this project aims to make possible. It’s all about building a comprehensive Urban Air Mobility (UAM) solution that brings effortless air travel right into the heart of the city. The core? A network of vertiports—think of them as mini airports—strategically placed to let citizens fly around town with ease. These vertiports are modular, designed to fit on rooftops or any available urban space, adapting to different needs and use-cases. The goal is to weave a new kind of mobility into the urban fabric, making city travel faster, smarter, and more accessible than ever before.
Main Benefits of the Vertiport Network
Here’s why this project stands out:
- Modular Vertiports can be installed virtually anywhere in the city, including rooftops.
- A dense network designed to cover every urban use-case, reducing commuting times significantly.
- Flight reservations made simple through a user-friendly app.
- AI-driven platform managing everything from bookings to energy and navigation.
- Certified as an emerging Spanish startup by ENISA, leading innovation in UAM.
Modular Vertiport: Flexibility Meets Innovation
The Modular Vertiport is a game-changer. Its design allows it to be mounted on rooftops or any available urban space, making it incredibly adaptable. This flexibility means it can serve a wide range of Urban Air Mobility scenarios, from daily commutes to emergency services. By distributing these vertiports throughout the city, the project spreads operations across the urban landscape, creating a seamless network that integrates smoothly with existing infrastructure. It’s about bringing the airport closer to the people, literally on top of their buildings.
Building a Vertiports Network for Universal Access
The vision is clear: a Vertiports Network dense enough to reach every corner of the city and every use-case imaginable. This network aims to make Urban Air Mobility as universal and accessible as possible, breaking down barriers to air travel within urban environments. Thanks to a transversal solution, users can reserve their flights easily through an app, making the entire experience intuitive and hassle-free. It’s about democratizing air travel, turning it from a luxury into an everyday convenience.
AI: The Brain Behind Urban Air Mobility
Urban Air Mobility isn’t just about physical infrastructure; it’s also about smart technology. As the system grows, so does its complexity. That’s where AI steps in. The project’s AI-based platform handles everything—from flight reservations to managing energy across the vertiport network, and even navigating eVTOLs (electric vertical takeoff and landing vehicles). This intelligent ecosystem is paving the way for future Unmanned Traffic Management solutions, ensuring safety, efficiency, and smooth operations in the skies above the city.
Project Impact on Sustainable Development Goals (SDGs)
- SDG 9: Industry, Innovation, and Infrastructure – by developing cutting-edge vertiport infrastructure and AI systems.
- SDG 11: Sustainable Cities and Communities – by reducing urban congestion and promoting sustainable urban mobility.
- SDG 7: Affordable and Clean Energy – through efficient energy management within the vertiport network.
- SDG 13: Climate Action – by supporting cleaner transportation alternatives with electric aircraft.
- SDG 8: Decent Work and Economic Growth – fostering innovation and new job opportunities in emerging tech sectors.
Acknowledgments and Recognition
This ambitious project hasn’t gone unnoticed. It has received multiple awards and recognition for its innovative approach to Urban Air Mobility. Plus, it’s proudly certified as an emerging Spanish startup by ENISA, highlighting its role as a leader in this exciting new field. Gratitude goes out to the many friends and partners who have supported this journey, helping to turn a visionary idea into a tangible reality. Together, they’re shaping the future of city travel—one vertiport at a time.
