The archive · Space, Robots, Defence · Strategic decision · 2026
Wisk flies its pilotless Gen 6 eVTOL, first candidate for FAA passenger certification
Boeing-backed Wisk flew the first of its Generation 6 aircraft in January 2026 — the only candidate so far for an FAA-certified, pilotless passenger eVTOL.
Wisk Aero
What the business is
Wisk Aero designs and tests autonomous all-electric passenger eVTOL aircraft, with a ground-based Multi-Vehicle Supervisor overseeing flights instead of an onboard pilot.
How it started
Wisk Aero, an autonomous aviation company whose board is chaired by a Boeing Commercial Airplanes executive, spent five previous aircraft generations learning to fly without a pilot. Its Generation 6 aircraft is the subject of an active type certification application with the US FAA.
What happened
In early January 2026 Wisk announced the successful first flight of Gen 6 — a vertical takeoff, hover and stabilized maneuvers at its Hollister, California test facility — calling the aircraft the first-ever candidate for an FAA-certified commercial autonomous passenger aircraft in the US. The company says the milestone validates Gen 6's core flight systems and begins an extensive testing campaign.
How it ended up
Still in the certification phase: the Gen 6 first flight is complete, the flight test program is expanding toward FAA type certification, and no aircraft has been sold or put into service yet.
Background
Wisk Aero, whose board chairman is a Boeing Commercial Airplanes executive, is trying to become the first company to put a certified, fully autonomous passenger eVTOL in the US air. Its aircraft fly with no onboard pilot; a ground-based Multi-Vehicle Supervisor monitors each flight.
In early January 2026 Wisk announced the first flight of its Generation 6 aircraft — vertical takeoff, hover and stabilized maneuvers at its Hollister, California facility. The company described Gen 6 as the first-ever candidate for an FAA-certified commercial autonomous passenger aircraft in the US, built on lessons from five earlier generations and more than 1,750 test flights.
The bet is that autonomy, not a pilot in the cockpit, is the architecture that scales air taxis: Wisk argues a ground-based supervisor model is key to safety, scalability and affordability, and it is designing Gen 6 to meet or exceed today's commercial aviation safety standards while pursuing an active type certification program with the FAA.
The first flight is a milestone, not a finish line: Wisk says testing will begin with the hover regime — takeoffs, landings and low-speed stability — before expanding to higher speeds and altitudes, while it matures detect-and-avoid and navigation systems with the FAA, NASA and SkyGrid. Named launch markets include Houston, Los Angeles and Miami.
What has to be true
- Autonomy removes the pilot from the cost and safety equation: Wisk says a ground-based Multi-Vehicle Supervisor is the model that makes passenger flight safe, scalable and affordable.
- Six generations and more than 1,750 test flights give the certification application accumulated flight evidence instead of a single demonstrator.
- Boeing backing — the Wisk board chair is a Boeing Commercial Airplanes vice president — gives the certification effort industrial weight and supply-chain reach.
- Wisk designed Gen 6 around its FAA type certification application from the start, betting that meeting commercial aviation safety standards without an onboard pilot is the way to open the category.
What can be applied
A category nobody has certified rewards the builder who designs for the regulator from the first sketch: Wisk's six generations mean its FAA application rests on flight evidence, not promises.
Aftermath
As of September 2026 Wisk is executing the hover-focused first phase of Gen 6 testing — takeoffs, landings and low-speed stability — before higher-speed maneuvers, while maturing detect-and-avoid and navigation systems in collaboration with the FAA, NASA and SkyGrid. The company names Houston, Los Angeles and Miami as launch markets for what it aims to make the first FAA-certified autonomous passenger eVTOL, with the ground-based Multi-Vehicle Supervisor model as the safety architecture behind it.
Sources
- Wisk Completes First Flight of Generation 6 Autonomous eVTOL
- Wisk Completes First Flight of Generation 6 Autonomous eVTOL
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