Ohio Prioritizes Digital Airspace Network Over Physical Vertiports for Autonomous Aviation
Columbus, Sunday, 18 October 2026.
Ohio’s new action plan prioritizes a digital sky data network over physical vertiports, aiming to enable routine commercial drone and electric aircraft flights across the state by 2029.
Architectural Core of the Digital Enterprise Framework
On October 17, 2026, the Ohio Department of Transportation (ODOT), acting through its smart mobility initiative DriveOhio, published its 49-page Advanced Air Mobility (AAM) Action Plan titled ‘From Ground to Air’ [1][2]. Rather than committing capital to immediate physical vertiport construction, the state is prioritizing a centralized digital infrastructure known as the Digital Enterprise (DE) [1][2]. Based in Ohio, ODOT and DriveOhio designed the DE as a federated data exchange and Command and Control (C2) framework [2]. This software architecture aggregates verified air and ground telemetry, including real-time aircraft positioning, flight intent, meteorological data, infrastructure availability, and emergency status updates [1][2]. By operating as an enabling data layer, the system provides comprehensive situational awareness across state, federal, and private sector airspace participants [2].
Regulatory Integration and Operational Shadow Mode
The Digital Enterprise network is engineered to complement services provided by the Federal Aviation Administration (FAA) and existing Air Navigation Service Providers (ANSPs) without replacing direct air traffic control authority [1][2]. In its early deployment stages, the framework’s extensible traffic management (xTM) tools operate in ‘shadow mode,’ delivering advisory information alongside standard human air traffic procedures without executing direct control over aircraft [1][2]. The framework aligns with federal regulatory benchmarks, including Remote Identification under FAA Part 89, as well as anticipated rules under FAA Parts 108 and 146 for Airspace Data Service Providers (ADSPs) [2]. Ground infrastructure focus remains conservative: ODOT is conducting a statewide evaluation of existing public airports and heliports against FAA vertiport standards, alongside examining hospital rooftop helipads for dual-use compatibility with electric vertical takeoff and landing (eVTOL) aircraft [1].
Phased Implementation and Deployment Timeline
The roadmap spans three distinct phases targeting full operational readiness between 2026 and 2029 [1][2]. Phase 1 (2026–2027) focuses on statewide policy alignment and physical asset assessment [2]. Phase 2 (2027–2028) transitions into market-driven pilot flights demonstrating initial commercial routes [1][2]. Finally, Phase 3 (2028–2029) refines governance frameworks to prepare the state for large-scale autonomous adoption [2]. This timeline relies on a foundation established at Springfield-Beckley Municipal Airport, where ODOT’s AAM Division and Uncrewed Aircraft System (UAS) Center have completed over 200 test flights utilizing SkyVision 1.0—a ground-based detect-and-avoid radar system jointly developed with the Air Force Research Laboratory (AFRL) [1][2]. Operational testing is slated to expand to SkyVision 2.0 as beyond visual line of sight (BVLOS) demand scales [2]. The plan operates on $1.2 million in authorized state funding for ODOT and DriveOhio, with further scaling contingent upon future financial allocations [1].
Real-World Applications in Infrastructure Monitoring
Demonstrating practical BVLOS capability, DriveOhio manages active autonomous drone operations supporting major state infrastructure projects [5]. At the Brent Spence Bridge Corridor project, DriveOhio operates two rooftop drone-in-a-box docking stations situated on Longworth Hall in Cincinnati, Ohio [5]. These autonomous units are piloted remotely from DriveOhio’s UAS Center in Springfield, Ohio, situated approximately 75 miles away [5]. The dual docking stations deploy parachute-equipped drones capable of simultaneous or staggered launches to conduct structural bridge inspections with thermal and zoom optics, monitor traffic flow across state lines between Ohio and Kentucky, and provide real-time situational video feed for emergency response teams [5].