The recent Oshkosh Air Venture, the largest gathering of electric aircraft ever assembled, has revealed a fundamental truth about the electric aviation market: it is not primarily about flying cars and urban air taxis. Instead, the revolution spans every segment of aviation, from emergency services to agriculture to traditional aircraft operations, with implications that are already being felt today.
Lisa Wright, founder of Landings, spent the week at Oshkosh attending both the main EAA Air Venture event, which drew 700,000 attendees and 20,000 campers, and the Vertical Flight Society's Electric Aircraft Symposium. Her observations challenge the dominant narrative about electric aviation. “What was interesting to me was there was great representation of electric vertical takeoff and landing aircraft, the ones we talk about,” Wright said. “But on top of that, a lot of the traditional aircraft are also converting to be electric. Cessna Caravans that land on water are being electrified. There were a lot of Pipistrels. Traditional aircraft that are being converted to electric as well.”
The conversions matter because they expand the use case ecosystem immediately. An electrified Beaver (the eBeavers Wright observed) can operate commercially right now. So can Pipistrels running electric powertrains. These are not theoretical future aircraft waiting for FAA certification; they are flying.
The conventional industry story focuses on certification timelines for passenger eVTOLs, such as Joby's progress and Archer's delays. But at Oshkosh, the electric aircraft market proved far more diverse. One company, Air EV, caught Wright's attention specifically because of how they think about scale. “They're focusing on producing not 300 aircraft a year, but like 30,000 aircraft a year,” Wright explained. “They're really looking at it as basically wanting these sold like cars. The new Mosaic rule has opened up a lot of opportunity.”
That production vision represents a fundamental shift in how manufacturers approach the market. Instead of building boutique aircraft for wealthy early adopters or specialized operators, companies are positioning to manufacture at automotive scale. That only makes sense if the market is broader than flying cars for commuters. Skyfly represents another piece of the same puzzle, pursuing the same Mosaic-level approvals, which free them from many restrictions that traditional commercial aircraft face.
The Oshkosh moment that crystallized this shift happened during Tim Jackson's presentation. Jackson, author of “Dude, Where's My Flying Car,” was discussing electric aircraft when Wright spotted a Beta aircraft taking off outside. She interrupted Jackson mid-presentation, and the entire audience ran outside to watch the conventional-wing Beta fly. “It was a really magical moment for people to be listening to someone tell them about these aircraft, and the talk get interrupted by the aircraft actually flying,” Wright said. “Beta was saying that particular aircraft has flown 60,000 miles, and their fleet that they're testing right now has flown 175,000 miles.”
The significance extends beyond the spectacle. These are not prototypes accumulating test hours in controlled environments; they are putting serious operational miles on aircraft designed for real-world deployment. The data they are generating informs actual certification pathways and operational readiness.
Walking through 700,000 people and hundreds of thousands of aircraft spanning generations, Wright encountered something many infrastructure developers miss: aviation has been solving design problems for a century through radical diversity of approach. “When you see 20,000 planes in front of you, and they're all totally different – some 70 years old, some 10 years old – you realize that innovation has always meant every plane is so totally different,” she observed. “There's a lot of weird looking stuff, but aviation has been figuring out how to keep redesigning things as long as they fly.”
The implication for electric aviation is profound: there is not one right way to build an eVTOL, nor one correct charging standard or optimal aircraft design. The industry is in the phase where everyone is trying something different because no one knows yet what the best practices will be. That is not a problem; that is how aviation innovation works.
For commercial real estate owners, communities, and infrastructure developers, Oshkosh signaled that the electric aviation market is expanding faster and broader than industry projections suggested. It is not waiting for Joby or Archer to capture the imagination. Conversions of existing aircraft platforms are already operational, manufacturing at automotive scale is being planned, and use cases across emergency services, agriculture, and logistics are being validated in real time.
The infrastructure opportunity that follows is not limited to passenger vertiports in cities; it extends across rural networks supporting traditional aircraft conversions, emergency response operations, agricultural applications, and logistics. The market Wright is building infrastructure for is not emerging in 2028 or 2029; it is arriving now, across multiple aircraft categories simultaneously.
