Japan Airlines Begins Two-Year Humanoid Robot Trial at Haneda Airport to Address Ground Handling Labor Shortage

Overview

Japan Airlines has begun a two-year demonstration experiment deploying humanoid robots at Tokyo’s Haneda Airport, in a partnership with GMO AI & Robotics Corporation aimed at easing chronic labor shortages in ground handling operations. The trial, which runs from May 2026 through 2028, marks the first time humanoid robots have been used in Japanese airport ground operations and represents a structured test of whether human-shaped machines can take over physically demanding tarmac tasks without requiring costly modifications to existing airport infrastructure.

What We Know

The robots at the center of the trial are Unitree G1 humanoids, built by the Hangzhou, China-based manufacturer whose affordable platforms have made it the highest-volume humanoid seller globally, according to Interesting Engineering. Each unit stands 1.32 meters tall, weighs 35 kilograms, and can reach a top speed of 7.2 km/h, per Interesting Engineering. A single battery charge provides up to two hours of continuous operation. The basic variant is priced at approximately $13,500, according to New Atlas.

The program is run jointly by JAL’s ground handling subsidiary, JAL Ground Service Co., Ltd., and GMO AI & Robotics Corporation, a unit of GMO Internet Group. The trial is structured in multiple phases, as described by Engadget: an initial mapping and analysis phase, followed by simulated environment testing, then live tarmac operations.

Immediate tasks include moving baggage and cargo on the tarmac and nudging cargo onto conveyor belts, according to Futurism. The program is intended to expand over time to operating loading dollies, managing service stairs, handling electrical power and temperature-controlled air supply units, loading baggage onto aircraft, and cleaning aircraft cabins, according to New Atlas.

A central rationale for the humanoid form factor is practical rather than aesthetic. JAL emphasized that because airport infrastructure and aircraft cabins were designed around human workers, humanoid robots can be deployed without the costly structural modifications that purpose-built robotic systems would require, according to Robotics and Automation News. Safety management responsibilities will remain under human control throughout the trial.

The Labor Context

The trial is a direct response to deepening labor pressures across Japan’s aviation sector. Haneda Airport processes more than 60 million passengers annually, according to New Atlas, making it one of the world’s busiest air travel hubs. Seven million tourists visited Japan in the first two months of 2026 alone, as reported by Futurism.

Tomohiro Uchida, president of GMO AI and Robotics, framed the challenge directly: “While airports appear highly automated and standardized, their back-end operations still rely heavily on human labour and face serious labour shortages,” as quoted by Futurism.

Yoshiteru Suzuki, president of JAL Ground Service, described the anticipated worker benefit: deploying robots for physically demanding work is “likely to inevitably reduce workers’ burden, providing significant benefits to employees,” as quoted by Robotics and Automation News.

What We Don’t Know

The trial’s success criteria have not been publicly disclosed. Neither JAL nor GMO AI & Robotics has released benchmarks for what level of performance or reliability would justify scaling humanoid deployment beyond the initial units. It is also unclear whether GMO plans to extend the program to other Japanese airlines or airports following the Haneda experiment.

The battery life of up to two hours per charge represents a significant operational constraint in an airport environment that runs continuously around the clock. Whether a hot-swap battery system or rapid charging infrastructure will be built into the later trial phases has not been specified in available disclosures.

Initial demonstrations have also exposed current limitations. A video of the robot’s tarmac work showed it making minimal contribution during one cargo transfer — the conveyor belt moved the cargo while the robot barely touched it, as observed by Futurism. Whether subsequent software and training improvements can overcome such performance gaps before the live integration phase begins in 2027 is a central open question.

Analysis

The Haneda trial is notable not only as a robotics deployment but as a test case for the economics of humanoid automation in service environments. At a base price of around $13,500 per unit for basic variants, the Unitree G1 represents a generation of hardware cheap enough for airlines to test at low financial risk — a sharp contrast to the costs of purpose-built airport automation systems that require facility redesign.

The phased structure, which holds live integration until 2027, reflects genuine caution about deploying autonomous machines near aircraft and passengers in high-stakes environments. If the final phase succeeds in demonstrating consistent performance across baggage loading and cabin cleaning, it could establish a template for how other airlines in Asia and beyond approach the same labor arithmetic.