The Future of Airport Operations Takes Shape at Haneda
Starting in May 2026, travelers passing through Tokyo’s Haneda Airport may notice unusual new workers on the tarmac. These employees stand roughly four feet three inches tall, work in two to three hour shifts, and require regular charging breaks in specially designated areas. They are humanoid robots, and they represent Japan’s most ambitious attempt to integrate mechanical workers into the physically demanding world of aviation ground handling.
Japan Airlines (JAL) has partnered with GMO AI & Robotics Trading to launch a two year trial that will test robots manufactured in China for baggage handling and cargo operations. The initiative, announced on April 27, marks the first demonstration experiment of its kind at a Japanese airport, placing mechanical workers alongside human staff in one of the world’s busiest aviation hubs that serves over 60 million passengers annually.
During a media demonstration this week, one of the robots produced by Hangzhou based Unitree Robotics was filmed carefully pushing cargo containers toward a conveyor belt beside a parked JAL aircraft. The machine, measuring 130 centimeters in height, completed its task before turning to wave at human colleagues nearby. While the gesture appeared simple, it symbolized a significant shift in how Japan’s aviation sector plans to address mounting operational pressures caused by demographic decline and unprecedented tourism growth.
The robots will initially focus on moving luggage and cargo containers on the tarmac, tasks that involve significant physical strain for human workers who must often operate in tight spaces around aircraft under tight time constraints. Unlike conventional automation that requires dedicated infrastructure, these humanoid machines can navigate existing airport layouts designed for human movement. This adaptability represents a key advantage over fixed conveyor systems or single purpose machines that have struggled to integrate into the complex workflows of modern airport operations.
Inside the Two Year Experiment
The trial will proceed in carefully planned phases through 2028, designed to gradually integrate automation without disrupting existing workflows or compromising the safety standards that define modern aviation. During the initial stage, teams will analyze airport operations to identify specific zones where humanoid robots can function safely alongside human workers. This assessment phase will examine everything from spatial constraints around aircraft to the timing of ground handling operations and the communication protocols between human and mechanical staff.
Following the assessment period, the partners will conduct repeated operational verifications in simulated airport environments. These tests aim to establish what the companies call a “sustainable operating model” where robots support human workers rather than replace them entirely. Only after these rigorous tests will the robots move into live operations on the tarmac, where they will handle the physical movement of luggage and cargo containers.
The partnership reflects growing confidence that humanoid forms offer distinct advantages over traditional automation. The machines possess ranges of motion comparable to humans, allowing them to work within spaces designed for biological workers without requiring expensive infrastructure modifications. Tomohiro Uchida, president of GMO AI and Robotics, explained that while passenger terminals appear highly automated, back end ground operations remain surprisingly dependent on manual labor.
While airports appear highly automated and standardised, their back-end operations still rely heavily on human labour and face serious labor shortages.
Demographic Pressure Meets Tourism Boom
The timing of this trial is not coincidental. Japan faces a convergence of economic and demographic trends that have created urgent demand for alternative labor solutions. The country’s working age population is projected to shrink by 31% between 2023 and 2060, according to Organization for Economic Co-operation and Development forecasts. This decline stems from decades of low birth rates and an aging society where retirees increasingly outnumber new workers entering the employment market.
Simultaneously, Japan has experienced unprecedented growth in international tourism. More than seven million visitors arrived in the first two months of 2026 alone, following a record 42.7 million arrivals in 2025. Haneda Airport, which serves the Greater Tokyo Area, handles over 60 million passengers annually, placing enormous strain on ground handling crews who must process luggage and cargo while maintaining strict safety standards and tight turnaround times.
Industry analysts suggest Japan may require more than 6.5 million foreign workers by 2040 to achieve its economic growth targets. However, political resistance to increased immigration has led policymakers to explore technological alternatives. In March 2026, Japan’s Ministry of Economy, Trade and Industry published official guidelines promoting robotics and artificial intelligence as solutions to “decreasing labor caused by a declining birthrate and aging population.” Marc Einstein, research director at Counter Research, expects humanoid robots to assume increasingly prominent roles in Japanese workplaces given the current political climate regarding immigration.
The Physical AI Revolution
The Haneda trial sits at the intersection of two rapidly evolving technological fields: humanoid robotics and artificial intelligence. Analysts at Barclays have termed this combination “physical AI,” describing it as the next frontier in automation. Unlike software based AI systems, physical AI merges computational intelligence with machines capable of performing real world tasks, from factory assembly to airport logistics.
Recent advances have dramatically expanded what humanoid robots can accomplish. Improvements in joint mechanics and AI reasoning capabilities now allow these machines to perform tasks that were impossible just a few years ago. Barclays estimates that the physical AI market, currently valued at $2 billion to $3 billion, could expand to $1.4 trillion by 2035 as industries from manufacturing to healthcare adopt mechanical workers capable of operating in human environments.
GMO Internet Group, the parent company of the robotics venture, has designated 2026 as the “First Year of Humanoids,” signaling intentions to accelerate adoption across multiple sectors. The aviation industry serves as an ideal testing ground because it presents complex, real world challenges requiring adaptability and precision. However, current limitations remain apparent. The Haneda robots operate for only two to three hours before requiring recharging, and they currently function under remote human control, mimicking movements directed by operators rather than acting independently.
Safety and the Human Element
Despite the push toward automation, JAL officials emphasize that human workers will retain control over critical safety functions. Yoshiteru Suzuki, president of JAL Ground Service, has been explicit about the division of labor between biological and mechanical workers. He noted that using robots for physically demanding tasks would provide significant benefits to employees by reducing strain and fatigue.
Using robots for more physically demanding tasks will provide significant benefits to employees.
Suzuki added an important caveat to this optimistic assessment, noting that certain responsibilities, particularly safety management and complex decision making, can only be handled by humans. This distinction reflects the aviation industry’s unwavering commitment to safety protocols that have made commercial air travel one of the safest forms of transportation.
The robots will initially focus on the most physically strenuous aspects of ground handling, such as loading and unloading cargo containers and moving equipment across the tarmac. These tasks require strength and endurance but follow relatively predictable patterns, making them suitable for initial automation attempts. Beyond baggage handling, JAL and GMO envision expanding the robots’ responsibilities to include aircraft cabin cleaning and operation of ground support equipment, further reducing the physical burden on human staff.
Global Context and Future Implications
The Haneda experiment reflects broader trends across the global aviation industry. Airports worldwide are implementing automated systems ranging from biometric boarding gates to autonomous shuttle vehicles. Several Japanese airports already employ robots for security patrols and retail assistance, but the integration of humanoid workers into physically demanding ground operations represents a new level of automation.
China’s robotics industry is watching closely. Companies like Unitree, Agibot (also known as Zhiyuan Robotics), and Galbot are racing to develop affordable humanoid robots, with several firms planning initial public offerings to fund expansion. Unitree’s IPO application, approved in March 2026, represents the first such approval for a humanoid robotics firm in China, highlighting investor confidence in the sector’s growth potential despite the technology’s current limitations.
If the Haneda trial succeeds, similar systems could spread to other airports across Japan and internationally. The ability of humanoid robots to work within existing human designed infrastructure gives them advantages over specialized automation that requires dedicated facilities. Counterpoint Research estimates that large scale deployment of capable humanoid robots remains approximately five years away, suggesting this trial represents an early look at technology that will become commonplace by the early 2030s.
The Essentials
- Japan Airlines and GMO AI & Robotics have launched a two year trial of humanoid robots at Tokyo’s Haneda Airport starting May 2026
- The robots, manufactured by Unitree Robotics based in Hangzhou, China, stand 130 centimeters tall and will assist with baggage handling and cargo movement on the tarmac
- The trial addresses severe labor shortages caused by Japan’s aging population and a surge in international tourism that brought 7 million visitors in the first two months of 2026
- Robots will operate for two to three hours per charge under remote human control, with potential future expansion into cabin cleaning and ground support equipment operation
- Human workers will retain responsibility for safety management and complex decision making tasks throughout the trial period
- The experiment runs until 2028 and represents Japan’s first demonstration of humanoid robots in airport ground handling operations
