Flying cars, more precisely electric vertical takeoff and landing (eVTOL) vehicles designed to carry passengers over urban routes, are no longer a distant concept. Multiple manufacturers are in advanced certification stages with aviation regulators, and the FAA has approved the first air taxi type certificates. Commercial passenger operations are expected in select markets within the next few years.
The governance question that gets less attention than the technology is this: who controls the airspace those vehicles will fly through? And who owns the ground infrastructure they need to land on?
The answer involves air rights, and it has significant implications for cities, property owners, and the shape of urban mobility to come.
The Property Layer Underneath Urban Air Mobility
eVTOL air taxis are not helicopters. They are designed to operate at lower altitudes, typically between 500 and 3,000 feet in urban environments, along defined routes between vertiports (the takeoff and landing facilities they require). Those routes pass over buildings, neighborhoods, parks, transit corridors, and private property.
The FAA governs what can fly and where at the federal level. But vertiports must physically exist somewhere: on rooftops, surface lots, garages, transit hubs, or purpose-built facilities. The land and air rights for those locations belong to property owners. And the question of where vertiports can be built, what communities they serve, and who profits from them is fundamentally a local governance and property rights question.
Cities that establish clear frameworks for vertiport permitting, ground infrastructure access, and airspace coordination will attract operators who need regulatory certainty to plan routes. Cities without frameworks will find that air mobility networks route around them toward municipalities that made it easier to operate.
Air Rights as a Mobility Asset
In traditional real estate, air rights represent unused development potential above a building, rights that can be sold to enable greater density on adjacent parcels. In the urban air mobility context, air rights take on a related but distinct meaning: the property interest that enables takeoff, landing, and low-altitude flight operations from or over a specific location.
A building owner with rooftop access suitable for a vertiport holds a genuinely valuable mobility asset. The same logic applies at scale: a city that owns or controls property at key transit nodes, such as train stations, ferry terminals, and major intersections, controls vertiport locations that air taxi operators want. Those locations command lease premiums. The city's air rights position becomes an economic asset.
This is not hypothetical. In cities where helicopter pad access has historically been negotiated on private rooftops, the pattern is already established: location-based airspace access has a price, and that price reflects the value of connectivity to urban air routes. eVTOL operations will replicate and scale this dynamic.
What Cities Should Be Doing Now
Inventory suitable vertiport sites on city-controlled land. Public properties at transit nodes, parking structures, and civic buildings represent the city's natural vertiport portfolio. Understanding what is suitable, including rooftop load capacity, proximity to transit, and noise exposure for surrounding uses, takes time. Cities that start the assessment now will not be scrambling when operators show up asking to negotiate.
Update zoning to accommodate air mobility infrastructure. Most zoning codes predate eVTOL aviation and do not address vertiports as a use category. Amendments that clarify permitting requirements for vertiports, such as noise standards, setback rules, and compatible use adjacencies, give operators clear rules and give communities predictability about where this infrastructure goes.
Build low-altitude airspace governance capacity. Air taxis and commercial drones share airspace. Cities that build governance frameworks for drone operations today, including monitoring systems, coordination protocols, and permit structures, are building the same infrastructure that air mobility operators will need to coordinate with at scale. The investment serves both purposes.
Ensure equitable route planning. One of the legitimate criticisms of early urban air mobility forecasts is that the economics favor premium, high-income routes, such as airport connections and CBD-to-CBD corridors, while lower-income neighborhoods bear overfly noise without receiving service. Cities with governance frameworks can negotiate route conditions as part of operating agreements, tying vertiport access to service coverage commitments.
The Underused Asset Opportunity
Many cities hold significant airspace assets they have not yet valued as mobility infrastructure. Large surface parking lots near transit hubs are obvious vertiport candidates: they have open sky, vehicle access, and often land values that could support mixed-use redevelopment with air mobility on top. Industrial rooftops in logistics zones align naturally with drone delivery and air cargo operations.
The cities that will extract the most value from urban air mobility are not necessarily the ones with the largest existing air infrastructure. They are the ones that identify their underused airspace assets, establish governance frameworks, and engage with mobility operators from a position of informed authority rather than passive acceptance.
Air rights, historically associated with vertical real estate development, are becoming the foundational governance instrument for a new layer of urban infrastructure. How cities manage that layer will shape mobility, revenue, and equity outcomes for decades.
Related reading: Air Taxi Readiness for Cities — Vertiport Planning, eVTOL Policy & Infrastructure — the practical governance steps cities need to take before air taxis arrive.