Japan Airlines and GMO AI Launch Humanoid Robot Trial at Airports
Japan Airlines (JAL) and GMO AI & Robotics are teaming up to launch the first-ever trial of humanoid robots at airports in Japan, starting in May 2026. This collaboration aims to improve efficiency and address labor shortages in ground handling operations, which are critical due to the increasing demand for airline services. Ground handling tasks can be complex, requiring various specialized vehicles and a high degree of skill to ensure safety. Current automation solutions have struggled to adapt to this challenging environment, prompting the exploration of humanoid robots that can operate flexibly.
The aviation industry is currently facing a dual challenge: a growing demand for services due to rising inbound tourism and a diminishing workforce as the working-age population declines. Ground handling operations, including aircraft guidance and baggage loading, require high levels of skill and often lead to physical strain on workers. To overcome these issues, JAL and GMO AI are embarking on a project utilizing humanoid robots to alleviate labor shortages and reduce physical burdens on workers.
The trial will begin in May 2026 and will employ a phased approach for evaluation. Initially, the focus will be on visualizing and analyzing current operational processes at the airport to determine the safest areas for humanoid robots to operate. Future phases will involve functional testing in simulated airport environments to ensure that humanoid robots can effectively complement human workers, ultimately supporting a sustainable operational structure.
JAL Ground Services (JGS), established in 1951 and an experienced player in ground handling operations, will leverage its extensive knowledge to define operational requirements and ensure safety compliance. The company aims to identify practical challenges and devise solutions based on its vast experience at major domestic airports.
On the other hand, GMO AI & Robotics will provide the humanoid robots and focus on developing and optimizing the operational programming for these robots. The company’s expertise in deploying humanoid robots in various sectors, along with insights from its recently opened Physical AI Research and Development center, will be crucial in establishing effective and suitable robotic solutions for airport operations.
Through this innovative project, both JAL and GMO AI aspire to create a safe and effective operational environment for humanoid robots in airports. Addressing the labor shortage in ground handling services poses a common challenge throughout the industry, and this project aims to provide a new solution grounded in AI and robotics technology. The results could pave the way for a sustainable future in the airline industry and support meaningful changes in workplace practices.
Additionally, the GMO Internet Group has declared 2026 as the ‘Year of the Humanoid,’ aiming to tackle social issues through the integration of AI and robotics. This trial is seen as a vital step in accelerating the societal implementation of humanoid robots and fostering collaborations across diverse industries to develop a society where humans and robots coexist harmoniously.
Background
The aviation industry is currently facing a dual challenge: a growing demand for services due to rising inbound tourism and a diminishing workforce as the working-age population declines. Ground handling operations, including aircraft guidance and baggage loading, require high levels of skill and often lead to physical strain on workers. To overcome these issues, JAL and GMO AI are embarking on a project utilizing humanoid robots to alleviate labor shortages and reduce physical burdens on workers.
Project Overview
The trial will begin in May 2026 and will employ a phased approach for evaluation. Initially, the focus will be on visualizing and analyzing current operational processes at the airport to determine the safest areas for humanoid robots to operate. Future phases will involve functional testing in simulated airport environments to ensure that humanoid robots can effectively complement human workers, ultimately supporting a sustainable operational structure.
Key Components of the Trial
- - Duration: May 2026 to 2028 (tentative)
- - Goal: Enhance efficiency and workforce reduction through the utilization of humanoid robots in ground handling tasks
- - Operational Areas: Includes baggage and cargo loading, in-cabin cleaning, and more
- - Target Airport: Haneda Airport
Roles of Each Company
JAL Ground Services (JGS), established in 1951 and an experienced player in ground handling operations, will leverage its extensive knowledge to define operational requirements and ensure safety compliance. The company aims to identify practical challenges and devise solutions based on its vast experience at major domestic airports.
On the other hand, GMO AI & Robotics will provide the humanoid robots and focus on developing and optimizing the operational programming for these robots. The company’s expertise in deploying humanoid robots in various sectors, along with insights from its recently opened Physical AI Research and Development center, will be crucial in establishing effective and suitable robotic solutions for airport operations.
Future Vision
Through this innovative project, both JAL and GMO AI aspire to create a safe and effective operational environment for humanoid robots in airports. Addressing the labor shortage in ground handling services poses a common challenge throughout the industry, and this project aims to provide a new solution grounded in AI and robotics technology. The results could pave the way for a sustainable future in the airline industry and support meaningful changes in workplace practices.
Additionally, the GMO Internet Group has declared 2026 as the ‘Year of the Humanoid,’ aiming to tackle social issues through the integration of AI and robotics. This trial is seen as a vital step in accelerating the societal implementation of humanoid robots and fostering collaborations across diverse industries to develop a society where humans and robots coexist harmoniously.
Topics Consumer Products & Retail）
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