Joby Aviation demonstrates autonomous flight capabilities in the US Air Force’s ‘Agile Flag’ training exercise.

 Joby Aviation, Inc. NYSE-listed Joby Aviation, a pioneering player in the field of next-generation aviation, has announced a significant milestone: successful demonstration of autonomous logistics plane operations in a dynamic mission environment, in collaboration with the United States. Airmen and Airwomen: Sustaining Combat Readiness through the ‘Agile Flag 24-3’ Training Initiative

In a significant milestone, Joby’s group, including the autonomy division of Xwing acquired in June, successfully operated a fully autonomous Cessna 208B Grand Caravan for over 3,900 miles across California and Nevada’s naval bases and public airports?

The autonomous aircraft efficiently delivered critical components to restore the operational capabilities of diverse air power assets, traversing nine locations amidst a dynamic and challenging operating environment? The aircraft, under the watchful eye of a security pilot, successfully completed an entirely autonomous taxi, takeoff, and landing sequence at multiple locations, including several sites previously unvisited by the plane, without requiring any on-ground infrastructure.

By leveraging a portable laptop computer and a satellite television communications terminal, Joby demonstrated its ability to remotely monitor and control aircraft operations from a single, easily transportable backpack.

Maxime Gariel, Autonomy Lead at Joby, noted that they were pleased to have demonstrated their autonomy expertise during Agile Flag 24-3, where they successfully completed numerous fully autonomous aerial missions and highlighted the ability to rapidly replenish supplies. We are committed to continuing our collaborative efforts with the United States. As we further develop the suite of applied sciences that enable higher automation or full autonomy, our focus will initially shift to the Caravan and then expand to various other aircraft types.

In June, the Xwing group successfully participated in ‘Agile Flag 24-1’, a rigorous training exercise, completing over 2,800 miles of fully autonomous flight and showcasing its ability to seamlessly integrate autonomous aircraft into congested airspace, while also demonstrating capabilities such as nighttime operations, sloped runway landings, and arrivals at airports without dedicated infrastructure.

“The Return on Funding for the United States” Effective air power capabilities are essential in our possession. By dedicating smaller cargo tasks to this aircraft, we can reserve larger planes for more critical missions such as transporting oversized components and engines, said Colonel. Max Bremer, administrator for the Air Mobility Command’s Personnel Entry Program. “This optimization not only amplifies the overall performance of the cargo fleet, but also guarantees that each asset is utilized exactly where it’s needed most.”

The Joby Aviation Caravan’s advanced autonomous features are driven by innovative technologies developed by the Xwing autonomy team, who partnered with Joby in June 2024, with a notable milestone of having successfully executed over 300 fully autonomous flights since 2020.

As Joby continues to expand its autonomy capabilities through the acquisition of Xwing’s autonomy division, it underscores the company’s commitment to pioneering next-gen technologies that will not only bolster security but also increase accessibility to commercial aviation. Joby also anticipates that the consultant’s expertise will play a crucial role in expediting the fulfillment of existing contractual obligations with the U.S. government. Consolidation of Protective Services and Enhancing Opportunities for Future Partnerships.

Joby Aviation, Inc. Listed on the NYSE under ticker symbol JOBY, Joby Aviation is a California-headquartered transportation company developing an all-electric, vertical takeoff and landing (eVTOL) air taxi designed to provide a fast, quiet, and convenient urban mobility service globally. The revolutionary Joby aircraft accommodates one pilot and four passengers while reaching velocities up to 200 miles per hour, offering unparalleled speed and agility while generating minimal noise and zero emissions. For additional learning opportunities, visit https://www.example.com.

The Air Power Analysis Laboratory serves as the inaugural scientific research and development hub for the Department of the Air Force. The Air Force Research Laboratory plays a vital role in driving innovation, advancing technology, and integrating affordable solutions to enhance air, space, and cyberspace capabilities. With a diverse global presence comprising over 12,500 personnel across nine expertise areas and 40 distinct operational sites, AFRL delivers a comprehensive portfolio of scientific discoveries and technology advancements spanning elementary to cutting-edge research and development. Visit www.afresearchlab.com for additional information.

As the innovative arm of the Department of the Air Force (DAF) and a directorate within the Air Power Analysis Laboratory, AFWERX harnesses cutting-edge American innovation from small companies and startups to tackle the most pressing challenges facing the DAF. The Naval Facilities Engineering Systems Command’s (NAVFAC) Alternative Flexible Engine for Wide-Scale Efficacies and Re-use/X (AFWERX), a Pentagon-funded innovation incubator, operates with approximately 370 personnel from the Navy, civilians, and contractors across five hubs and websites, managing an annual budget of $1.4 billion. Since its inception in 2019, AFWERX has successfully executed over 6,200 new contracts valued at more than $4.7 billion, significantly bolstering the U.S.’ military capabilities. Ensure protection of the industrial base and accelerate expertise transition to operational readiness. Visit afwerx.com for additional information.