The skies above Europe’s cities are on the cusp of something big and new. Electric vertical take-off and landing (eVTOL) aircraft are advancing through certification programmes, cargo drone networks are proving their commercial viability and regulators across the continent are building frameworks designed to integrate these new systems into existing airspace. However, the infrastructure question as to where these aircraft will land, charge, and connect passengers to the wider transport network remains largely unresolved.
Unlike the vehicles themselves, vertiports cannot be tested in isolation and rolled out gradually. Most will be permanent urban fixtures that require planning consent, grid connections, airspace coordination and public acceptance. It’s not a matter of whether vertiports will be built. It is who will build them, how and under what commercial model. The answers to those questions will shape the pace and geography of everything that follows.
More Than a Modern Helipad
The term “vertiport” may evoke the image of a rooftop landing pad, a heliport rebranded for a new generation of aircraft. The reality is considerably more complex.
A vertiport must accommodate the specific operational characteristics of eVTOL aircraft, which differ fundamentally from helicopters. These vehicles require rapid turnaround charging, typically drawing between one and two megawatts per landing pad. That’s enough to power more than a thousand homes simultaneously. A commercially active site handling a hundred flights daily could require between forty and sixty megawatt-hours of energy, with peak demand exceeding one and a half megawatts. That is not a rooftop extension. It demands a dedicated grid connection and, increasingly, on-site energy storage and active management systems.
The European Union Aviation Safety Agency (EASA) introduced a distinctive concept in its vertiport design guidance: an obstacle-free volume, a funnel-shaped zone of clear airspace above each landing pad, tailored to the near-vertical approach and departure profiles of the new aircraft. That geometric requirement translates directly into constraints on adjacent buildings, signage and vegetation. Urban planners were not previously required to factor this into development decisions. Vertiports are, in short, aviation infrastructure embedded in dense urban environments. Their design evokes a city-planning challenge as much as an aviation one.
The Regulatory Foundation Is Taking Shape
Europe moved early on vertiport regulation. In March 2022, EASA published the world’s first Prototype Technical Design Specifications for Vertiports. This 179-page document offers guidance to urban planners, local decision-makers and industry on how to design safe vertiport infrastructure in congested urban environments. EASA developed the document in consultation with leading vertiport companies including Ferrovial and Skyports, alongside manufacturers such as Airbus and Volocopter, as well as with input from EU member state experts.
The design specifications form the foundation for a full rulemaking task, RMT.230. Through this EASA continues to develop a comprehensive regulatory framework that covers not only design specifications but also requirements for vertiport operators and the authorities that will oversee them.
In the United Kingdom, the Civil Aviation Authority has conducted its own gap analysis between existing aerodrome and heliport regulations and the emerging international guidance. It has mapped the alignment work needed to permit commercial vertiport operations. The approach signals a degree of convergence between UK and EU standards that would reduce complexity for operators seeking to serve both markets.
This regulatory momentum remains crucial. Without a stable and predictable approval framework, developers cannot secure financing. Without financing, vertiports cannot be built. The groundwork of EASA, national authorities and standards bodies such as EUROCAE, whose WG112 working group is developing ground infrastructure standards for VTOL operations, provides the essential precondition for investment.
A Fractured Ownership Landscape
The question of who actually builds vertiports in Europe has no single answer. Each model brings distinct advantages. None can build Europe’s vertiport network alone. The diversity of models provides both strength and uncertainty.
Purpose-Built Operators
Companies such as Skyports, headquartered in the UK, and UrbanV, an Italian infrastructure developer established by a consortium of airport operators including Aeroporti di Roma and SAVE Group, are building the expertise and the networks needed to design, develop and operate vertiport infrastructure at scale. Their model depends on securing aircraft partnerships, agreeable planning environments and patient capital capable of absorbing the lead time before commercial routes begin generating revenue.
Infrastructure Conglomerates
Ferrovial, the Spanish multinational behind major airport developments across Europe, has entered the vertiport market with a modular deployment model suited to rapid rollout across multiple sites. Its combination of financial capacity and operational experience in airport environments places it among the most advanced players globally by infrastructure readiness, and its approach of building sites adjacent to existing aviation facilities reduces planning risk and improves grid access.
Existing Airports
UrbanV’s origins, as a joint venture between airport operators, illustrate how traditional aviation infrastructure owners are seeking to extend their footprint into the new mobility layer by protecting and expanding revenue streams as demand evolves. Real estate and property developers are beginning to engage as well, exploring vertiport integration into commercial mixed-use developments and transport interchange locations. Their participation could unlock urban site availability that pure aviation operators cannot access independently.
The Commercial Challenge
The business case for European vertiports remains up in the air. Aircraft certification timelines, passenger willingness to pay, route viability and infrastructure costs must align before the model is proven at scale. Each of those variables is currently uncertain.
The insolvency of two of Europe’s most prominent eVTOL manufacturers underscored how fragile the value chain remains. Both were deeply embedded in European vertiport development plans. Their difficulties rippled across the wider ecosystem and taught infrastructure investors that the risk profile of backing vertiport development cannot be separated from the risk profile of the aircraft programmes those vertiports are intended to serve.
Industry forecasts point to a global vertiport market growing from approximately $0.4 billion in 2023 to $10.7 billion by 2030, with around 980 of the 1,504 sites currently planned worldwide expected to be operational between 2025 and 2029. The gap between planned and delivered is significant. It reflects the difficulty of translating ambition into built infrastructure in densely regulated urban environments. Even the more conservative estimate, however, represents an industry of considerable scale.
The most viable near-term commercial model, according to an EASA study on societal acceptance of urban air mobility (UAM), is the airport shuttle. High willingness to pay, defined catchment areas, existing passenger infrastructure and manageable regulatory complexity make airport-to-city connections the natural first application. It would allow operators to prove the model in a controlled environment before expanding to more complex urban routes. This model also offers the consistent demand profile that infrastructure investment requires.
Europe’s Emerging Builder Ecosystem
The commercial challenge has not deterred a growing ecosystem of companies from nevertheless advancing their capabilities.
Skyports, for example, has accumulated operational experience across vertiport design, development and management. Its active involvement in regulatory standard-setting also strengthens its position as the industry scales. The company’s role as chair of the EUROCAE working group developing VTOL ground infrastructure standards means its operational experience helps to directly shape the rules that will govern competitors and partners alike.
Ferrovial’s modular approach reflects the infrastructure logic of a company built on large-scale public projects. It embraces repeatable design, rapid deployment and a financial base capable of absorbing extended pre-revenue development periods.
UrbanV, backed by an Italian airport consortium, has demonstrated how institutional capital and established aviation relationships can combine around a credible infrastructure mission. Its Rome development programme represents one of Europe’s most concrete steps toward operational deployment.
Beyond these dedicated vertiport specialists, the broader ecosystem includes energy and grid engineers delivering the megawatt-scale power infrastructure that commercial sites require, UAS Traffic Management (UTM) providers whose systems will coordinate the traffic flowing through each new node and the battery technology companies whose improvements in energy density and charging speed directly determine what is operationally possible. Vertical Aerospace, whose VX4 aircraft is advancing towards certification, is developing test infrastructure at Bicester that allows iterative refinement of both the vehicle and the ground systems that will support it. Their model treats infrastructure development as inseparable from aircraft development.
Together, these communities form the true builder ecosystem for Europe’s low-altitude future.
The Importance of Cross-Sector Alignment
No single company or institution can deliver the vertiport network Europe needs. The challenge spans aviation regulation, urban planning, energy infrastructure, transport integration and public communication. These disciplines do not naturally converge.
Urban planners must understand the airspace implications of buildings and developments they approve adjacent to proposed vertiport sites. Grid operators must plan capacity for demand that does not yet exist but will materialise at pace once certification milestones are reached. Municipal authorities must create land-use policies that make vertiport development commercially viable without subsidising it indefinitely. And communities living near proposed sites must be engaged early, honestly, and consistently.
The industry has also learned from the broader uncrewed systems sector that public acceptance is not a given. It must be earned through transparent operations, demonstrated safety and sustained dialogue. Vertiports in dense urban environments will face precisely these expectations. The sector’s credibility in meeting them will determine how quickly planning environments become permissive rather than restrictive. Platforms that enable cross-sector dialogue are central to this challenge.
Bringing the Ecosystem Together
As Europe works to define who will build its low-altitude future, the need for connected, collaborative forums grows alongside the technical and commercial complexity of the task. The infrastructure question cannot be answered in isolation. It requires aircraft developers, vertiport operators, energy providers, urban planners, regulators and investors to engage with one another in real operational context, testing assumptions against evidence rather than projection.
Platforms such as DroneX provide a space where companies working across the urban air mobility and wider uncrewed systems spectrum. eVTOL developers and vertiport infrastructure specialists, UTM providers, battery manufacturers, and autonomous logistics operators can engage all with one another and with the policymakers and operators their technologies are designed to serve. For those working on vertiport infrastructure, the intersection with cargo drone delivery, autonomous airspace management and beyond visual line of sight (BVLOS) integration is direct and consequential. These communities share the same regulatory frameworks, the same airspace challenges and many of the same technology providers.
The conversation about who builds Europe’s vertiports is already under way. The clearer the regulatory, commercial, and technical framework becomes, the more rapidly that ambition can translate into infrastructure that is financed, permitted and operational. For those with a role in this transition, whether as developers, investors, operators or policymakers, staying connected to the broader ecosystem is operationally necessary. Hope to see you in London in September!
For further information on DroneX participation or attendance, please contact: enquiries@uncrewedtechexpo.com