Wisk's Autonomous Air Taxi Moves Toward Real Airport Testing
Wisk's autonomous air taxi flies without a pilot on board, and a new test vertiport now brings it closer to real airport operations.
Photo source:
Wisk
Wisk's Autonomous Air Taxi Moves Toward Real Airport Testing
No
pilot sits inside Wisk's newest aircraft. The company, an advanced air mobility
developer backed by Boeing, has spent more than a decade building an autonomous
air taxi that carries four passengers without anyone at the controls onboard,
relying instead on ground-based human oversight. Its sixth-generation aircraft,
the company's current go-to-market design, recently completed its first real
flight at Wisk's test site in Hollister, California, moving the program from
design and simulation into actual air time.
That
milestone has now been followed by a second one: Wisk has started construction
on a dedicated vertiport at Hollister Municipal Airport, a small landing
facility built specifically to generate the kind of real-world data regulators
need before autonomous air taxis can legally operate at public airports.
An Aircraft With No One Flying It
Wisk's
aircraft carries four passengers and flies without a pilot on board, instead
relying on what the company calls Multi-Vehicle Supervisors, ground-based
personnel who oversee flights and can intervene if something goes wrong.
According to Wisk, the automated flight functions behind this approach build on
technology already responsible for the large majority of automated pilot
functions used on commercial airline flights today, layered with additional
systems for detecting and avoiding obstacles and other aircraft.
Decision-making during flight runs on logic-driven, procedure-based software
designed to produce consistent, predictable outcomes rather than open-ended
judgment calls.
The
aircraft's propulsion reflects years of design changes across Wisk's earlier
generations. Twelve propellers are split between six tilting units mounted in
front of the wing and six fixed units behind it, a layout the company says
improves both range and control compared with earlier configurations. A raised
wing, longer booms, and larger propeller blades were added specifically to cut
down on noise, both inside the cabin and on the ground beneath the aircraft.
Wisk describes its overall safety approach as combining a simplified design
with fewer moving parts, redundant systems throughout, and no single point of
failure.
What the Aircraft Actually Delivers
According
to Wisk's own published specifications, the aircraft cruises at 120 knots,
covers a range of about 90 miles including safety reserves, and operates at
altitudes between 2,500 and 4,000 feet above ground, with a wingspan under 50
feet. Inside, the cabin seats four passengers in a layout Wisk describes as
closer to a car's interior than a typical small aircraft, with wifi and
charging built in alongside wide visibility and comfortable seating.
Accessibility
was treated as a core design requirement rather than an add-on: Wisk states the
aircraft includes entry and exit design usable across a wide range of mobility
levels, along with interfaces built to accommodate passengers with hearing or
vision impairments. On cost, the company has set a public target price of $3
per passenger per mile, positioning the service as something closer to a
premium rideshare than a private charter flight.
Building the Landing Pad Rules Don't Exist Yet
The
new Hollister vertiport sits alongside Wisk's existing flight test facilities
and measures 100 feet by 100 feet, built with a modular, deployable layout that
includes steel elevated structures, solar panels, integrated power banks, and
taxiway connectors. According to Wisk program manager Annie Cheng, starting
construction on this site is meant to bridge the gap between aircraft
development and the real-world infrastructure that development eventually has
to operate within, rather than staying a purely engineering exercise.
The
vertiport's specific job is generating data that current regulations don't yet exist
to require. Wisk states the facility will test precision landing technology
under normal conditions, missed-approach scenarios, and GPS-denied
environments, for both piloted and unpiloted operations, with the results
feeding directly into the FAA's eVTOL Integration Pilot Program and its
developing Vertical Lift Infrastructure Advisory Circular.
Where the Rules Still Need to Catch Up
Wisk's
vertiport is being built into a genuine regulatory gap. No established FAA
standard yet exists for autonomous eVTOL landing infrastructure, which is part
of why companies developing this kind of aircraft are building their own test
sites rather than waiting for finished rules to arrive first.
How
much real-world data a single test site can generate before regulators are
ready to finalize a national standard is still an open question, and it's one
every company testing autonomous vertical-lift aircraft faces, not just Wisk.
Landing precisely under normal conditions is one thing to prove; doing the same
in poor visibility or without GPS- the specific scenarios Wisk says this
vertiport will test- is a higher bar that hasn't yet been demonstrated at a
public U.S. airport by any autonomous aircraft.
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