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Finland deploys fully autonomous robot bus in public transit for the first time
Image: (c) metaCCAZE
As part of the EU-funded project metaCCAZE, a robot bus in the Finnish city of Tampere has been operating completely driverless since June 24, 2026. This marks the first time it is running on regular bus route 301 between Hervantajärvi and Lintuhytti.
The robot bus had already been operating on public roads since November 2025, though a safety driver was still on board. Following extensive testing, the transition to fully autonomous operation is now underway. Despite the lack of an on-board driver, the vehicle will be continuously monitored in real time from a remote monitoring center, where operators can intervene if necessary to ensure safe operations.
As part of the EU-funded project metaCCAZE, a robot bus in the Finnish city of Tampere has been operating completely driverless since June 24, 2026. This marks the first time it is running on regular bus route 301 between Hervantajärvi and Lintuhytti.
The robot bus had already been operating on public roads since November 2025, though a safety driver was still on board. Following extensive testing, the transition to fully autonomous operation is now underway. Despite the lack of an on-board driver, the vehicle will be continuously monitored in real time from a remote monitoring center, where operators can intervene if necessary to ensure safe operations.
Autonomous bus integrated into regular public transit
Passengers can use the service just like a regular bus line and validate their tickets on board. The vehicle operates at low speeds on a fixed route, continuously monitoring its surroundings using various sensors. If the system detects obstacles or unusual traffic situations, the bus can come to an automatic stop. For safety reasons, passengers must remain seated and buckled up throughout the entire ride. The automated shuttle can accommodate up to twelve passengers.
Remote monitoring replaces safety drivers
A key goal of the project is to shift safety operators out of the vehicles and into central control rooms. This setup will allow a single control room to monitor multiple AI-driven vehicles simultaneously. This approach aims to boost efficiency and lower the operating costs of automated mobility services. According to the project partners, three additional automated vehicles are set to join the fleet in Tampere in the near future.
European research project for smart mobility
Within the metaCCAZE project, the city of Tampere—together with its transit agency, Nysse—is responsible for integrating the automated shuttle into the public transit system, including the infrastructure and ticketing system. The company REMOTED handles remote monitoring and system management, while Tampere University coordinates the scientific research and user engagement.