Urban Air Mobility in India needs a collaborative approach 

Urban Air Mobility (UAM) or the use of small, highly automated aircraft to carry passengers or cargo at lower altitudes in urban and suburban areas is knocking on our doors. This isn’t something that will unfold only in our grandchildren’s lifetime—it’s much closer at hand.

Much of the conversation about UAM and eVOTL is around technology and safety. Even though these are key factors that will drive adoption, what we sometimes forget is the wider acceptance into the urban mobility ecosystem. While the technology side is gathering momentum with several startups working on the VTOL/STOL aircraft designs and collaborating with operator networks, there isn’t enough conversation around how these vertiports will fit into the built environment of high-density cities. Typical urban development plans today do not account for safe, accessible, and equitable vertiport deployment, especially in the metro cities, which are the target markets for UAM. Without thoughtful integration into city mobility plans, the promise of UAM could remain limited to a handful of showcase routes. If history teaches us one thing, it’s this; cities that committed to people oriented planning have a higher chance of sustaining their growth. London, New York, and Hong Kong stand as prime examples- dense urban centres where mobility is managed efficiently thanks to infrastructure planned 50 to 100 years in advance with people, not cars, at the core. A single vertiport may require about 1 to 1.5 acres and can be located on ground or over buildings, but its value lies in being part of a wider network. When connected across the city and integrated with other transportation modes for last mile connectivity, vertiports can offer a new layer of urban connectivity. Planning for this, however, demands more than just aviation know-how. It requires urban planning, infrastructure design, and public policy to work in sync, and requires a cross-sector collaborative approach to implementation.

The India Perspective:
In India, InterGlobe Enterprises (parent of IndiGo) had announced its partnership with California-based Archer Aviation to launch electric air taxis in India by 2026. Early this year the Directorate General of Civil Aviation (DGCA) released its first guidance material for the design, operation, and authorization of vertiports (the landing and takeoff pads for VTOLs), signaling a clear policy shift towards Advanced Air Mobility (AAM). There is growing investor interest, but unlocking the full potential of AAM will depend on how swiftly the regulatory and infrastructure challenges are tackled.

Dubai has been leading the way on UAM, through the planned DXV Skyport, located near Dubai International Airport. Developed by Skyports in partnership with the Dubai Roads and Transport Authority (RTA), the project marks one of the first instances globally where a commercial vertiport has received technical design approval from a national aviation authority following a rigorous technical evaluation. The process, governed by General Civil Aviation Authority (GCAA) CAR-HVD Part III regulations, ensures that the proposed infrastructure complies with the standards for physical characteristics, airspace integration, obstacle clearance, and safety systems. The review also mandated a detailed Rescue and Fire Fighting Services (RFFS) plan and the incorporation of security and emergency response protocols within the design.

From a planning perspective, Dubai adopted a mobility corridor approach, mapping potential aerial routes between dense business districts and a wider network of vertiports across key city nodes such as Palm Jumeirah, Downtown, and Dubai Marina. This planning process involved close collaboration between aviation regulator GCAA, the transport authority RTA, private operator Joby Aviation and other stakeholders.

The Path Forward for India
True potential of UAM emerges only when planned as a connected network. Multiple vertiports, strategically placed along mobility corridors and integrated with multimodal transport is a requirement. Achieving this vision will require more than technological readiness; it calls for a coordinated effort involving aviation authorities, city planners, transport agencies, and utility service providers.

Indian cities will need to reimagine zoning and land-use frameworks, embed safety and resilience standards into building codes, and establish clear public engagement mechanisms to address community concerns on equity, noise, and visual impact. Early engagement and transparent communication will be critical for public acceptance.

The success of India’s UAM ecosystem will ultimately depend on how effectively stakeholders collaborate. Operators alone cannot shoulder the burden of navigating complex regulatory pathways. An inter-agency task force, bringing together DGCA, MoHUA, state urban departments, and private developers, will be essential to coordinate policies, approvals, and pilot projects.

If done right, Urban Air Mobility could redefine how Indian cities connect, move, and grow.