The United States has launched a multi-state eVTOL pilot program to test next-generation aircraft in real-world conditions, with operations expected in 2026.
U.S. Transportation Secretary Sean P. Duffy and the Federal Aviation Administration announced earlier this month the selection of eight projects under the Advanced Air Mobility and electric vertical takeoff and landing (eVTOL) Integration Pilot Program (eIPP). The projects span 26 states, with operations expected to begin in summer 2026.
Rather than limiting testing to controlled demonstrations, the selected projects are distributed across multiple regions. Each is designed to run under different conditions, from dense urban corridors to regional routes and offshore operations. The FAA will use data from these flights to support future regulatory standards.
eVTOL testing expands beyond urban air taxis
The program includes a mix of passenger, cargo, and operational use cases.
In New York and New Jersey, testing will include passenger flights at the Manhattan heliport. In Texas, projects are focused on regional connections between Dallas, Austin, and San Antonio, with plans to expand further. Florida’s program is structured in phases, beginning with cargo and moving toward passenger transport, medical response, and increasing levels of automation.
Other projects are tied to offshore transportation in the Gulf region, including flights supporting energy operations. Several also include autonomous systems, which will be tested alongside piloted operations.
With this range of applications, passenger transport remains one part of the picture, but not the only one.
Regulators turn to real-world data to shape eVTOL rules
The program is structured around sustained operations rather than short-term trials.
“These partnerships will help us better understand how to safely and efficiently integrate these aircraft into the national airspace system,” said FAA Deputy Administrator Chris Rocheleau. “The program will provide valuable operational experience that will inform the standards needed to enable safe Advanced Air Mobility operations.”
Certification pathways and safety requirements for these aircraft are still being defined. Airspace coordination presents an additional layer of complexity, particularly as different types of aircraft begin to operate in the same environment.
The program introduces repeated operations over time, allowing regulators to observe performance across different conditions and locations.
Duffy said the initiative is expected to expand how people and goods move across the country.
Industry and research networks align around eVTOL development
The companies involved in the pilot program are already active in aircraft development and testing.
Joby Aviation, Archer Aviation, Wisk Aero, and BETA Technologies appear across multiple projects. Several are also participating in research initiatives led by NASA focused on Advanced Air Mobility.
NASA’s work brings in a broader network. Universities, including MIT and Stanford, are involved, along with aerospace and defense companies such as Northrop Grumman and Lockheed Martin. Government and military research groups are also part of these efforts.
The overlap between participants reflects how development is being carried out. Aircraft design, operational testing, and system integration are progressing at the same time, often involving the same organizations.
Airspace integration remains a central challenge
Introducing new aircraft into the airspace system requires changes beyond the aircraft themselves.
Research efforts are focused on communication systems, routing, and separation between aircraft operating at lower altitudes. Some projects examine how electric air taxis can operate within urban environments. Others focus on broader traffic management systems that can handle increased volume.
Autonomous operations are also part of several initiatives. These introduce additional requirements for coordination, monitoring, and safety oversight.
Existing airspace infrastructure was not designed for this type of traffic. Adjustments are needed at both the operational and regulatory levels.
The eIPP establishes a framework for testing these systems under real conditions ahead of initial operations in 2026.
