The recent Oshkosh Air Venture, which drew 700,000 attendees and 20,000 campers, showcased the largest assembly of electric aircraft ever, revealing that the electric aviation revolution extends far beyond the hype of flying cars and urban air taxis. According to Lisa Wright, founder of Landings, who attended both the main EAA Air Venture and the Vertical Flight Society's Electric Aircraft Symposium, the industry's focus on passenger eVTOLs misses the bigger picture.
Wright observed that alongside the expected electric vertical takeoff and landing (eVTOL) aircraft, there was significant representation of traditional aircraft being converted to electric power. "Cessna Caravans that land on water are being electrified," she noted. "There were a lot of Pipistrels. Traditional aircraft that are being converted to electric as well." These conversions, such as the electrified Beaver (eBeavers), are not theoretical concepts; they are flying now and can operate commercially immediately, expanding the use cases for electric aviation in sectors like emergency services, agriculture, and logistics.
The market's diversity was further highlighted by companies like Air EV, an Israeli-based firm, which is planning to produce 30,000 aircraft per year, aiming to sell them like cars. "The new Mosaic rule has opened up a lot of opportunity," Wright explained. This production vision, coupled with Skyfly's pursuit of Mosaic-level approvals for light sport and non-commercial aircraft, signals a shift toward automotive-scale manufacturing, indicating that the market is broader than just commuter air taxis.
A defining moment at Oshkosh occurred during Tim Jackson's presentation on electric aircraft when a Beta aircraft took off outside, interrupting the talk. The audience rushed out to witness the conventional-wing Beta fly. Wright recounted, "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." These are not just prototypes; they are accumulating operational miles that inform certification and real-world readiness.
Wright's observations at Oshkosh underscored that innovation in aviation has always thrived on diversity. With 20,000 planes on display, ranging from 70-year-old models to brand-new designs, she noted, "There's a lot of weird looking stuff, but aviation has been figuring out how to keep redesigning things as long as they fly." This suggests that there is no single correct approach to electric aviation; instead, the industry is in an experimental phase where varied designs and strategies will shape the future.
The implications for infrastructure are significant. The electric aviation market is not waiting for major players like Joby or Archer to capture attention. Conversions of existing aircraft are already operational, and manufacturing at scale is being planned. This means the infrastructure opportunity extends beyond urban vertiports to rural networks supporting traditional aircraft conversions, emergency response, and agricultural applications. As Wright's company Landings builds North America's first comprehensive network of vertiport landing and charging infrastructure, with a planned 2,000+ rural locations, the need for such infrastructure is immediate. The market is arriving now, across multiple aircraft categories, and Oshkosh has revealed that the electric aviation revolution is far more expansive than the flying car narrative suggests.
