Cuebus selected for MLIT automated logistics road demonstration; multi-unit autonomous driving to be tested at Narita Airport

Cuebus Inc. announced on September 8, 2026, that it had been selected as an implementing organization for the Ministry of Land, Infrastructure, Transport and Tourism’s “Fiscal 2026 Demonstration Experiment Toward the Social Implementation of Automated Logistics Roads.” The experiment will take place at facilities within Narita International Airport and will test “autonomous driving by multiple transport units.” The five implementing organizations are Cuebus, Chiba Prefecture, Narita International Airport Corp., Obayashi Corp. and NTT DATA Corp.

The framework will use facilities within Narita International Airport to test autonomous driving by multiple transport units, giving public-sector backing to the assessment of how airport logistics can connect with automated transport. For Cuebus, the test will show whether its warehouse system, which uses a proprietary linear motor, can be extended from a self-contained warehouse facility to logistics routes closer to real-world operations.

The new element in this announcement is that Cuebus is bringing its in-warehouse transport and storage technology into an automated logistics road demonstration using facilities at Narita International Airport. The broader policy context is the Ministry of Land, Infrastructure, Transport and Tourism’s ongoing testing toward the social implementation of automated logistics roads; this announcement is limited to Cuebus’s selection as an implementing organization within that framework. However, because the test focuses on “autonomous driving by multiple transport units,” it appears to shift attention from the performance of individual units to coordination among multiple units and the consistency of on-site operations. We have no related articles, but based on publicly available information, Cuebus’s core business is “CUEBUS,” an urban, three-dimensional robotic warehouse built around a proprietary linear motor capable of moving in all directions. The significance of moving from that business into this demonstration is the potential to extend transport controls and material-handling concepts previously confined to warehouses into an external environment: an airport. High-density storage and transport in a warehouse share with an automated logistics road starting at an airport cargo facility the basic structure of receiving incoming freight and automatically routing it to the next stage. But the scope of control expands from indoor equipment to operations across a site and coordination with the surrounding region. The key questions are therefore less about the novelty of individual machines than about coordinated control among transport units, material-handling procedures and facility-side acceptance design. For the industry, the demonstration’s focus on airport logistics puts the design of connections among warehouse equipment, transport units, airport operations and road infrastructure at the center of attention. How well Cuebus’s proprietary linear motor technology meets the requirements of multi-unit operation and the constraints of an airport will need to be established through further testing. The announcement also does not specify the detailed location, duration, number of units or processing capacity, so the scale of the demonstration and the equipment requirements for real-world operations remain unclear. The next points to watch are how frequently the multiple transport units operate, how much of the material-handling work is automated, and how far the connection requirements between facilities at Narita Airport and trunk logistics are developed.

Cuebus says it provides “CUEBUS,” an urban, three-dimensional robotic warehouse system whose core technology is a proprietary linear motor capable of moving in all directions. The demonstration will connect this technology with operational testing for automated logistics roads. The experiment is scheduled to take place within fiscal 2026; the company said it would announce the detailed location and duration once they are determined.

Because the demonstration will use facilities within Narita International Airport, operational design for airport cargo facilities, coordinated control of transport units and connections to road infrastructure will be issues in Japan. Cuebus is showcasing three-dimensional transport technology for warehouses, and Japanese logistics equipment and airport facility operators will be watching how such control technology can be integrated into on-site operations.