Zelostech Enters Government-Backed Autonomous Logistics Project in Japan
Tokyo, October 2026 — After two years of testing autonomous vehicles across Japan, Zelostech is preparing to put them into a far more demanding environment: the daily operation of a major Tokyo logistics center.
Beginning in November, the company will take part in a three-month government-subsidized project at Tokyo Ryutsu Center (TRC) in Heiwajima, working together with Japanese partners. Autonomous vehicles will run within an active distribution facility alongside the systems, infrastructure and operating routines that determine whether driverless logistics can work beyond a demonstration.
The project is supported under an initiative connected to Japan’s Ministry of Land, Infrastructure, Transport and Tourism.
Years of testing in Japan are now giving way to something more consequential: autonomous vehicles working inside the pace, constraints and routines of a real logistics operation.
Building on Work Already Underway at TRC
TRC has become one of the central sites for Zelostech’s work in Japan, with testing there extending beyond basic vehicle demonstrations into remote supervision and multi-vehicle logistics scenarios. Through the Heiwajima Autonomous Driving Council, established in 2025, the site has brought together companies, public authorities and research organizations working on autonomous driving and its use in logistics.
At the council’s September general meeting, Zelostech displayed its Z5 and Z10 RoboVans and operated a Z10 autonomously inside the TRC site. From a separate monitoring room, participants could follow the vehicle’s position and view its surroundings in real time, demonstrating the connection between autonomous driving on the ground and the remote operating systems needed to manage vehicles at scale.
The three-month project beginning in November builds directly on that work, extending the focus from individual demonstrations toward continuous operation inside the logistics center.
Japan Puts the Full System to the Test
The project was selected under a program of Japan’s Ministry of Land, Infrastructure, Transport and Tourism after work inside the Heiwajima Autonomous Driving Council developed into a joint proposal. That raises the stakes beyond a vehicle demonstration: the test is whether autonomy, fleet management, mapping and the logistics site itself can work as one system.
The project brings together local technology and infrastructure partners across fleet management, mapping and the operating environment. The site has already developed high-precision 3D map data and hosted autonomous-driving trials aimed at moving the technology closer to daily use.
Japan Moves from Testing to Operations
Since entering Japan in 2024, Zelostech has moved from early trials in Fukushima and controlled validation in Saitama to more demanding work at TRC, including indoor and outdoor routes, ramps, multi-floor movement, nighttime driving and changing weather.
The November project pushes that progression into daily logistics. Success will depend less on whether a RoboVan can complete a planned route than on whether it can keep working around loading schedules, facility traffic and changing operating conditions.
That is also shaping Zelostech’s approach to Japan. Local partners each bring a piece of the operating system around the vehicle, allowing autonomous logistics to be tested as part of the facility rather than as a technology running beside it. This is consistent with Zelostech's approach to implementing autonomous logistics: the RoboVan must be able to integrate within existing logistics systems in order to be successful.
The Next Test Is Whether It Can Become Routine
Autonomous driving has spent years proving that vehicles can navigate without a driver. The more difficult test begins when the technology is expected to perform the same transport task repeatedly, through ordinary working days, around the people, schedules and disruptions that define a live logistics operation.
That is where the three months at TRC become more important than another successful demonstration. Zelostech’s vehicles will be operating in the type of environment where autonomous logistics ultimately has to earn its place, not by attracting attention, but by completing work reliably enough that the technology stops feeling experimental.
If that happens, the most important outcome of the project may be precisely how unremarkable the vehicles become: another part of the logistics operation, moving goods through the site while the rest of the facility carries on around them.
