Japan Airlines and GMO AI and Robotics will begin trialing humanoid robots at Tokyo’s Haneda Airport starting in May 2026 [1].
The initiative arrives as Japan struggles with severe labor shortages and a surge in inbound tourism. By automating physical tasks, the airline aims to reduce the workload on ground staff to maintain operational efficiency during peak travel periods [1], [2].
The trial is scheduled to last for two years [3]. The humanoid robots will be deployed to handle various ground-support operations, including moving baggage and cargo on the tarmac [4]. Beyond luggage handling, the robots are expected to assist with cleaning aircraft cabins and operating other ground-support equipment [1], [2].
This automation effort follows a period of significant growth for Tokyo International Airport. In 2025, Haneda served 91 million passengers [5]. The increase in traffic has placed additional pressure on the airport's infrastructure and workforce, leading to the current push for robotic integration.
While the program is designed to mitigate staffing gaps, early reports on the effectiveness of such technology vary. Some observers said the trial is a necessary step to handle tourism surges [1], while others said that early returns on similar robotic applications are far from impressive [6].
JAL and its partner, GMO AI and Robotics, intend to use the two-year window to determine if humanoid forms are more effective than traditional automated machinery for the complex environment of an airport tarmac [1], [3].
“The trial is scheduled to last for two years.”
This trial represents a strategic shift toward humanoid robotics in high-traffic logistics. By attempting to automate the 'last mile' of ground handling—tasks that typically require human flexibility and strength—Japan is testing whether AI can solve systemic demographic declines in its workforce. If successful, this could serve as a blueprint for other global aviation hubs facing similar labor constraints.
