Japan Airlines (JAL) is launching a humanoid robot pilot program at Tokyo's Haneda Airport in May 2026, deploying two Chinese-made models to handle ground operations. The Unitree G1 from Unitree Robotics and the Walker E from UBTech Robotics will be tasked with baggage loading, cabin cleaning, and potentially operating ground support equipment. The two-year program, run in partnership with GMO AI and Robotics, is the first pilot of its kind in Japanese aviation.
Key Takeaways
- JAL and GMO AI and Robotics are launching a two-year pilot at Haneda Airport starting May 2026
- Robots deployed: Unitree G1 (35 kg, 130 cm, up to 43 degrees of freedom) and Walker E from UBTech Robotics (42 degrees of freedom)
- Tasks: baggage loading/unloading, cabin cleaning, and potentially operating baggage carts near aircraft
- Haneda is the world's third-busiest airport — 91.7 million passengers in 2025
- The program is designed to address Japan's growing labor shortage in ground handling operations
JAL and Japan's Labor Challenge
Japan has faced structural demographic decline for decades. Ground handling — physically demanding, often seasonal, and relatively low-paid — is one of the sectors most exposed to workforce shortages. JAL explicitly frames labor shortage as the primary motivation for the program.
The pilot is being conducted by JAL Ground Service Co., JAL's ground handling subsidiary, in partnership with GMO AI and Robotics. The latter brings expertise from its recently opened physical AI research and development hub in Shibuya, Tokyo — signaling this is not a simple hardware integration project but part of a broader physical AI research agenda.
JAL's stated goal is to combine cutting-edge AI technology with the flexibility of humanoid forms to create a sustainable operational structure that does not require major modifications to existing airport infrastructure.
Unitree G1 and Walker E — Two Chinese Humanoid Platforms in One Test
Unitree G1
The Unitree G1 is the current flagship humanoid from Unitree Robotics, one of China's most active robotics companies. The robot weighs approximately 35 kg, stands 130 cm tall, and offers up to 43 degrees of freedom. Pre-pilot demonstration videos show the G1 pushing a metal container on a baggage conveyor and waving to a human colleague — still in a controlled setting, but directionally relevant to the intended operational context.
Unitree Robotics is best known for its quadruped robots (Go and B series), but the G1 marks a deliberate pivot into the humanoid segment. The company's valuation has recently reached $7 billion ahead of a planned IPO.
Walker E from UBTech Robotics
The Walker E is slightly larger than the G1 and offers up to 42 degrees of freedom. UBTech Robotics is one of China's pioneer humanoid companies, known for its Walker series and a long history of industrial demonstrations. The company was the first to complete a mass humanoid robot delivery to a corporate client.
The presence of both models in the same pilot is a deliberate comparison strategy: JAL and GMO AI and Robotics are not committing to a single vendor, but collecting comparative performance data under identical operational conditions before any scaling decision.
What the Robots Will Do — and What They Won't Yet
The first phase of the pilot covers:
- Baggage and cargo loading and unloading
- Cabin cleaning
If these tasks are executed successfully, the scope may expand to include operating ground support equipment such as baggage carts in the areas immediately around aircraft.
Operating baggage carts near aircraft is a high-stakes, zero-tolerance environment governed by strict aviation safety regulations. JAL is giving itself two years to assess whether humanoid robots can even aspire to that role. Equally notable is what the robots are not doing: passenger-facing tasks, gate operations, or security-adjacent processes.
Haneda: One of the Hardest Real-World Environments for Robots
Haneda Airport is an exceptionally demanding operational environment. With 91.7 million passengers in 2025 — the third-highest globally — it features extremely high operational intensity, strict aviation safety protocols, variable weather conditions, and dense human-robot co-working in constrained spaces.
Success at Haneda would be a much stronger proof of operational readiness for humanoid robots than most industrial pilots conducted so far.
The Broader Pattern: Humanoids Entering the Workplace
JAL is not alone. The 2025–2026 period has seen a visible acceleration of humanoid robot deployments outside laboratories:
- Accenture recently showcased a successful humanoid warehouse pilot in Germany
- BMW and Xiaomi have deployed humanoid robots on car assembly lines in Europe and China
- Figure AI is launching residential robot leasing and building its own robotics campus
Japan has a particular incentive to lead in service robotization: an aging population, a shrinking workforce, and strong cultural acceptance of technology in public spaces create a unique context.
What's Next?
- May 2026: Official start of the pilot program at Haneda Airport
- 2026–2028: Two-year operational data collection and evaluation
- Decision on expanded scope (baggage cart operations) contingent on Phase 1 results
- Potential expansion to other Japanese airports or oneworld alliance partners if the pilot succeeds
Sources
- AI Business — Humanoid Bots to Start Airport Pilot in Japan: https://aibusiness.com/robotics/humanoid-bots-start-airport-pilot-japan
- JAL Press Release — Demonstration Experiment of Humanoid Robots in Airport Ground Handling Operations: https://press.jal.co.jp/en/release/202604/009502.html
