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Flying Cars Have Arrived! eVTOL Panel: Archer, Joby, Wisk | All-In Summit 2024
- High-volume manufacturing in Georgia is scheduled to open later this year, supporting the development of the Midnight aircraft designed to alleviate urban congestion.
- United Airlines has placed orders valued up to $1.5 billion for the Midnight aircraft, with a specific goal to enable three-hour multimodal journeys across California in partnership with Southwest.
- Flight networks in Los Angeles are planned to connect SoFi Stadium, USC, LAX, and surrounding areas.
- Generation 6 is identified as the primary candidate for FAA certification as the first passenger-carrying autonomous aircraft without an onboard pilot, with flight tests anticipated to occur before the end of the current year.
- Commercial passenger service in a major US city is projected for the second quarter of 2026, with international launches in the UAE targeted for the back end of next year and specifically for the 2025–2027 window to serve the "Wind" airport opening.
- Rapid technological iteration is expected in China due to a regulatory pathway that leans broader, whereas the US FAA is anticipated to release "Mosaic" regulations for smaller aircraft with fewer than two passengers to accelerate development.
- Initial commercial operations will focus on rapid back-to-back trips of 20 to 50 miles to minimize battery usage and operational costs, with a design target of achieving 1,000 flights between battery replacements.
- Service availability will initially be restricted to select routes and dedicated vertiports, excluding operations during unknown icing conditions such as heavy snow, while aiming for a background noise threshold of 65 decibels in cities and below 45 decibels during overflights.
- The operational model anticipates pilots controlling multiple aircraft from the ground rather than being onboard, contrasting with the expectation that large aircraft will remain piloted indefinitely.
- Future safety projections suggest a shift where small aircraft safety levels match large aircraft, leveraging the prediction that large aircraft services recorded zero accidents in 2023 while carrying billions of passengers.
- The aircraft is designed to handle turbulent conditions and wind gusts better than traditional winged aircraft or helicopters, potentially serving as game changers for wildfire prevention by avoiding vortex ring state.
- Economic viability and environmental impact are expected to be driven by the ability to eventually land at user locations, though initial deployment will function similarly to 1890s automotive taxis on fixed routes.
- Progress in the industry is expected to be accelerated by a potential executive order or mandate within the next 36 months to overcome bureaucratic inertia, as current incentive structures may otherwise slow development.