Orlando Moves Ahead With FAA-Guided eVTOL Demonstration Pad
Orlando International Airport is taking a practical step into advanced air mobility, and the significance is less about futuristic marketing than about airport engineering. On July 16, the Greater Orlando Aviation Authority board approved development of an electric vertical takeoff and landing vertistop at the airport, creating a path for demonstration flights at one of the busiest hubs in the U.S. The project still needs Federal Aviation Administration approval before construction can begin, and it also depends on continued support from the Florida Department of Transportation.
The planned site is Surface Lot Atlantis near the airport’s train station. Just as important as the location is the design framework: the facility is being planned to FAA Engineering Brief 105A, the agency’s interim guidance for vertiport facilities. That matters because U.S. airports do not have to wait for every part of the future eVTOL market to be settled before they begin laying out safe ground infrastructure for demonstrations and integration work.
In Orlando’s case, the first step is intentionally modest. The airport is pursuing a minimal-footprint demonstration pad rather than a full passenger terminal. That phased approach is notable because it separates two very different tasks. One is proving that a landing site, markings, lighting, procedures, and airspace coordination can work at a major airport. The other is building a larger commercial vertiport with terminal functions and passenger amenities, which the airport is targeting as a separate effort for 2030.
For airport operators, that is a disciplined sequence. Ground infrastructure can be developed in stages while aircraft certification, operating rules, and commercial models are still evolving. It also reduces the risk of overbuilding too early. A demonstration pad can validate siting and operating concepts without committing immediately to a full-scale terminal buildout.
FAA Engineering Brief 105A is central to that strategy. The brief serves as interim design guidance for vertiports, covering items such as pad geometry, markings, lighting, and safety areas. The FAA has described this guidance as an initial framework to support safe integration of advanced air mobility aircraft while longer-term performance-based standards are developed. In other words, the regulatory architecture for these facilities is still maturing, but airports can already align with a federal design baseline.
That is especially relevant at a large commercial airport, where any new operating area has to fit within existing airfield, airspace, and safety management constraints. EB 105A treats vertiports as a type of heliport while accounting for the different characteristics of VTOL aircraft. The guidance also reflects the fact that the FAA is still collecting validated operational data for these aircraft, which is why the current document is interim rather than the final word on vertiport design.
Orlando’s program is also tied to a broader federal integration effort. In March, FDOT was selected for the FAA’s eVTOL and Advanced Air Mobility Integration Pilot Program, a three-year initiative intended to support safe integration into the National Airspace System. Orlando’s demonstrations are planned in collaboration with the FAA, FDOT, local air traffic control, NASA, and the National Air Traffic Controllers Association. That partner list is a reminder that advanced air mobility is not just an aircraft story. It is also an airspace, procedures, surveillance, and controller-coordination story.
The airport has said the demonstrations are meant to help validate approach and departure procedures that have already been evaluated in high-fidelity airspace simulations. That is a useful signal for the industry. Before routine operations ever become possible, airports and regulators need to understand how these vehicles fit around legacy traffic flows, how pilots and controllers maintain situational awareness, and how ground sites interface with the rest of the airport system.
Florida transportation officials are framing the Orlando pad as an early regional node. FDOT Secretary Jared Perdue said, “This vertistop will play a key role in the initial phase of Advanced Air Mobility along the I-4 corridor.” GOAA CEO Lance Lyttle also thanked the public- and private-sector partners “helping to advance this work.”
If federal approval arrives on schedule, the airport aims to complete construction by the end of October. Demonstration flights have been reported as possible by the end of 2026. Even so, the larger point is not the calendar date. It is that U.S. airport infrastructure is beginning to move under interim FAA guidance before full aircraft certification is complete.
That is probably the clearest takeaway from Orlando. Advanced air mobility will not be integrated by aircraft development alone. It will depend on whether airports can build safe, scalable operating sites, whether procedures can be validated around existing traffic, and whether regulators can turn interim guidance into durable standards. Orlando’s vertistop is a small pad by design, but it represents a much larger systems question for the next phase of U.S. aviation integration.
By Stephen Wallace — Editor for AMI’s aerospace integration and unmanned mobility coverage, focused on drone manufacturing, VTOL systems, autonomous networks, and air-ground mobility links.
