A new robotics pilot in Tokyo could reshape how airports handle some of their most physically demanding jobs. JAL Ground Service Co., Ltd. and GMO AI & Robotics Trading Co., Ltd. have announced plans to begin a demonstration experiment in May 2026, exploring how humanoid robots could be deployed across airport ground operations.
The initiative is being positioned as the first of its kind in Japan, targeting a part of the aviation industry that has proven difficult to automate. Ground handling work, which includes everything from towing aircraft to loading baggage, still depends heavily on manual labor performed in tight, high-risk environments filled with specialized equipment. Traditional automation systems and single-purpose robots have struggled to adapt to these conditions, which require flexibility, mobility, and constant human judgment.
That’s where humanoid robots come in. By mimicking the human form, these systems are designed to operate within existing airport infrastructure without requiring major redesigns. The goal isn’t to replace workers outright, but to slot robots into roles that demand repetitive motion, physical strain, or extended shifts, while maintaining compatibility with current tools and workflows.
The project will roll out in phases, starting with a detailed analysis of on-site airport operations to identify where robots can be safely integrated. From there, the companies will move into simulated and real-world testing, gradually increasing the complexity of tasks assigned to the robots. Over time, the scope could expand to include baggage handling, cabin cleaning, and even operating ground support equipment.
The timing reflects a growing pressure point across the aviation sector. Japan, like many countries, is dealing with a shrinking working-age population while international travel demand continues to rise. Ground handling roles are particularly difficult to fill due to their physical demands and the level of skill required to maintain safety around aircraft.
JAL Ground Service Co., Ltd. will bring operational expertise to the project, defining safety requirements and evaluating how well the robots perform under real airport conditions. Meanwhile, GMO AI & Robotics Trading Co., Ltd. will supply the humanoid platforms and develop the motion control systems needed to adapt them to complex, real-world tasks. The effort builds on GMO’s recent push into robotics, including the launch of its humanoid-focused R&D hub in Shibuya earlier this year.
If successful, the experiment could mark a turning point for humanoid robots in industrial environments. Airports present a uniquely challenging test case, because they are dynamic, safety-critical, and difficult to standardize. Proving that robots can function reliably in that setting would open the door to broader adoption across logistics, transportation, and other labor-intensive industries.
Join the Discussion