Japan Airlines has begun testing humanoid robots at Haneda Airport in Tokyo to assist ground crews with baggage and cargo handling.
The move addresses critical labor shortages driven by declining birth rates and aging populations. As tourism rises, the aviation industry is turning to automation to maintain operational capacity where human workers are unavailable.
The trial, which started in May 2026 [1], will run through 2028 [2]. Japan Airlines is partnering with GMO Internet Group and the Chinese manufacturer Unitree to deploy the Unitree G1 humanoid robot. These robots are designed to perform physical tasks in environments traditionally managed by human staff.
This push for automation is not limited to the Japanese aviation sector. A broader trend is emerging across various industries to overcome 2026 labor-shortage forecasts. In the U.S., manufacturing and construction sectors are facing a shortfall of 425,000 workers [3], prompting similar investments in humanoid technology and AI to keep factories and sites operational.
Industry analysts said that the convergence of demographic decline and increased demand for services has created an unprecedented wave of investment in humanoid robotics. The goal is to integrate machines that can navigate human-centric spaces, such as airport tarmacs and factory floors, without requiring a complete redesign of the infrastructure.
The deployment at Haneda Airport serves as a primary test case for how humanoid robots can integrate into high-pressure logistics environments. Success in this trial could lead to wider adoption across other Japanese airports and international hubs facing similar staffing crises.
“Japan Airlines has begun testing humanoid robots at Haneda Airport in Tokyo.”
The deployment of humanoid robots at Haneda Airport signals a shift from using robots for niche, repetitive tasks to integrating them into complex, dynamic labor environments. By targeting the 'last mile' of physical labor—such as baggage handling—companies are attempting to solve a systemic demographic crisis where the workforce is shrinking faster than traditional automation can adapt.
