Skyways to the Future 2024

The vertiport environment Vertiports are the key physical infrastructure required for AAM. They enable taking off, landing, charging and a good flow of passengers and goods within the terminal and beyond (multimodality options with the broader transport system). The vertiport environment involves several key factors, including space availability, meeting safe landing requirements, setting up charging infrastructure and ensuring a smooth passenger experience. Figure 3 provides a flowchart with the key decision steps for setting up a vertiport. While multiple aspects are at play, determining the vertiport location has three overarching objectives: ensuring safety, contributing to access and equity, and addressing a transport need. –Safety: Against the backdrop of India’s rapidly expanding urban landscape and complex geopolitical environment, safety and security must be non-negotiable in the development and deployment of AAM aircraft. To build public trust, vertiports must be in areas that are safe for take-off and landing activity. Vertiports must also be designed to fit harmoniously within neighbourhoods, ensuring minimal noise pollution. This can be achieved through risk mitigation strategies, conducting thorough safety assessments and audits, and making well-informed decisions about the vertiport’s location. Proximity to emergency response services and hospitals is also key to ensuring that timely action can be taken in the event of any untoward incident. –Access and equity: The potential of AAM as an opportunity to be a mass-market transport in India is immense, given the size and density of India’s population. For the country to reap the overall benefits of the technology, the system must be designed to make the sector accessible to more than just those with higher disposable incomes and a greater willingness to pay for the service. Rural and underserved areas must directly connect to urban clusters in tiers 1, 2 and 3 cities. This requires a deeper integration of AAM into intermodal transport, serving as connectors to and from major hubs like train stations and bus stops. –Necessity: Positioning a vertiport must be a strategic decision. It must cover the outcomes that the specific area is looking to achieve. These could include decongestion of an urban corridor, connecting an underserved area to an economic cluster or delivering medical supplies and high-value cargo to a remote area. Economic viability can be ensured if these decisions are made based on demand. Decision criteria for setting up a vertiport FIGURE 3 Identify potential locations Evaluate proximity to urban areas Assess accessibility to transport networks Check zoning and land use compliance Site selection Design runways and landing pads Plan passenger and maintenance facilities Integrate advanced navigation systems Incorporate electric charging infrastructureDesign and infrastructure planning Conduct environmental impact assessment Perform cost-benefit analysis Identify funding source Stakeholder consultationFeasibility study Review local, national and international regulations Obtain necessary permits and approvals Develop safety protocolsRegulatory compliance Select contractors and suppliers Begin construction of facilities Install navigation and communication systems Set up charging and maintenance infrastructureConduct safety tests and drills Validate navigation and communication systems Perform environmental monitoringTesting and validation Hire and train staff Establish operational procedures Coordinate with ATC Operational planning Soft launch for initial operations Collect feedback and make adjustments Full-scale launch Ongoing monitoring and maintenanceLaunch and monitorConstruction and development To build public trust, vertiports must be in areas that are safe for take-off and landing activity. Skyways to the Future: Operational Concepts for Advanced Air Mobility in India 12