Key Notes
- TIER IV and Shunan Bulk Terminal have begun a collaboration to automate dump-truck transport at Japan’s Tokuyama-Kudamatsu port, targeting driverless operations by the end of 2028.
- The initial route connects the terminal’s storage area with Tokuyama’s power-generation facilities, replacing a currently crewed transport workflow.
- The partners plan to develop site-specific technology and operating procedures, while using renewable diesel and exploring expansion to other nearby routes.
TIER IV and Shunan Bulk Terminal are developing autonomous dump-truck transport at Japan’s Port of Tokuyama-Kudamatsu, with driverless operations targeted for the end of 2028. The project will automate an existing route carrying energy resources from terminal storage to Tokuyama’s power-generation facilities.
The companies announced the collaboration on November 12. It puts autonomous-driving technology to work on an industrial logistics problem: moving material along a defined route while the sector faces a shortage of drivers.
A Defined Route for Industrial Autonomy
Shunan Bulk Terminal handles coal and biomass fuels at the port in Yamaguchi Prefecture. Its parent, chemical manufacturer Tokuyama, uses those resources to generate electricity and steam for production. The transport operation is currently crewed.
The partners will adapt the technology and operating framework to the actual facility. The announcement does not disclose a truck manufacturer, fleet size, payload specification or commercial contract value.
A recurring industrial route can offer a more bounded starting point than an unrestricted road network. The engineering task still extends beyond following a path: an automated truck must fit into the loading, movement and receiving workflow, with clear procedures when normal operations are interrupted.
Autoware Moves Beyond Passenger Transport
TIER IV develops Autoware, an open-source autonomous-driving stack. Its architecture connects sensing and localization with perception, planning and vehicle control. Those software functions provide a foundation, while the vehicle and operating environment determine the integration and validation work.
For this project, the useful result will be a dependable material-transport service. That requires the driving system, terminal procedures and receiving operation to work together. A software release or successful demonstration alone cannot establish that a route is ready for routine driverless use.
The 2028 deadline is consequently a development target. The companies have not announced that driverless commercial operations have already begun.
Heavy Equipment Becomes a Robotics Platform
The port project joins a broader effort to automate existing industrial vehicles. Our coverage of Bedrock’s fleet plans examines the next step for autonomous construction equipment, while Humble Robotics is pursuing a cabless freight platform. These are different applications, but all depend on integrating autonomy with a useful transport workflow.
TIER IV’s port collaboration also includes plans to use Idemitsu Renewable Diesel. The partners aim to reduce transport-related emissions, but have not published a quantified reduction for this route. Renewable diesel should not be confused with battery-electric propulsion.
Experience from the first route could support automation elsewhere around the port. For now, the concrete milestone is narrower: develop and validate the technology and operating procedures needed to move from the existing crewed service to driverless transport.
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