Summary
Joby Aviation says an aircraft equipped with its autonomy system flew 3,199 miles from California to North Carolina with no control inputs from its onboard safety pilot. The remotely supervised flight included autonomous taxiing, takeoff, route navigation and landing.
Joby Aviation says an aircraft equipped with its autonomy technology has completed a 3,199-mile flight across the United States, travelling east from Concord, California, to Dare County Regional Airport in North Carolina’s Outer Banks. The company describes the journey as the first autonomous flight across the country.
The aircraft was a converted Cessna Caravan. It completed autonomous taxiing, takeoff, route navigation and landing while an onboard safety pilot made zero control inputs. People remained involved through remote supervision from Joby’s Autonomy Headquarters in California and Shaw Air Force Base in South Carolina, at distances of up to 2,323 miles from the aircraft.
How the cross-country flight was conducted
The flight formed part of Joby’s 2026 Electric Skies tour and took place over a month-long eastbound journey. The route included stops at Buchanan Field Airport in Concord, Phoenix Deer Valley Airport, Alliance Airport in Fort Worth, Shaw Air Force Base and Dare County Regional Airport.
Joby says the aircraft operated in different types of airspace and demonstrated its autonomy system at Phoenix Deer Valley, described by the company as one of the busiest general-aviation airports in the United States. During the journey, the aircraft also rerouted around severe weather and thunderstorms in real time, including at airports where it had no prior familiarity.
The system’s tasks covered the main phases of the flight. In practical terms, the milestone shows an aircraft managing movement on the ground, departure, navigation between locations and arrival under remote oversight, rather than receiving continuous control inputs from a pilot inside the aircraft.
After reaching North Carolina, the aircraft made a low pass near the First Flight Monument at Kitty Hawk, close to the site of the Wright brothers’ first powered flight in 1903, before landing at Dare County Regional Airport. Joby says flights in North Carolina supported the NCDOT eLIFT-NC initiative for statewide healthcare logistics.
Why the demonstration matters
Joby is positioning the flight as a test of autonomous air logistics rather than as a passenger-air-taxi operation. The company says the technology could support commercial freight, medical transport, disaster response and defense logistics, including deliveries to remote or underserved communities where conventional transport can be slower or more expensive to organise.
The company’s approach is to add its autonomy system to an already-certified aircraft platform. That provides a route for testing and scaling autonomous cargo operations without first developing an entirely new airframe for every use case. Joby also demonstrated representative military flight operations at Shaw Air Force Base and says the tour contributed to wider evaluations of high-altitude and extreme-environment airspace integration.
Joby says its autonomy stack, which it acquired from Xwing in 2024, has accumulated more than 400 flights and 800 automated flight hours in controlled and uncontrolled airspace. The company also cites demonstrations during three major US military exercises. At Air Force readiness exercise Agile Flag, it says the system delivered critical replacement parts 24 hours faster than conventional logistics. During REFORPAC, aircraft in Hawaii were operated remotely from Guam, nearly 4,000 miles away.
Those figures are company-reported operational results. The cross-country flight itself was also conducted with a safety pilot onboard, making the achievement a remotely supervised autonomous demonstration. Joby has said the aircraft will begin a westbound return journey with planned stops including Raleigh, the Washington, D.C., area, Louisville, Wichita, Oklahoma City, Salt Lake City and Portland.
The announcement presents the flight as evidence that autonomous aircraft can operate across varied environments and support logistics missions over long distances. It does not set a timetable for routine commercial autonomous service or describe a passenger operation using this system.