Green urban mobility with Zeabuz autonomous ferry concept

The climate crisis, combined with growing awareness of the health effects of local air pollution from car use, is increasing demand for smart, zero-emission mobility solutions. As the global trend of urbanisation is likely to continue in the coming decades, cities urgently need to develop innovative and clean transportation systems.

Urban transportation systems are almost wholly dependent on roads and tracks. However, most cities also possess waterways in some shape or form, which represent a vastly underused resource for clean and efficient urban mobility.

The Zeabuz autonomous ferry concept enables small, autonomous, battery-driven ferries that can transport people across or along waterways on demand. Using Zeabuz’s state-of-the art sensor and navigation technology, these self-driving ferries can safely manoeuvre among other boats, dock to the quay by themselves and handle passengers safely.

By increasing the ease, efficiency and sustainability of waterborne transport, self-driving ferries can complement existing public transport infrastructure and lower the threshold for people to move about on foot or on bike. This can reduce car traffic and congestion, helping cities to cut emissions and promote public health.

Most cities depend on bridges and tunnels in order to traverse waterways, which are inflexible infrastructure with high construction and maintenance costs. Zeabuz autonomy solutions enable smart urban planning by increasing the utility of areas that have previously been deemed inaccessible due to intervening waterways.

The market for smart and green urban mobility solutions is expected to grow significantly, as  2.5 billion will be added to the urban population by 2025. Because many of the world’s cities are situated around waterways, there is a sizeable market potential for smart, waterborne transport solutions.

Zeabuz is a spin-off from the Norwegian University of Science and Technology (NTNU), home to one of world’s foremost research ecosystems for autonomous and electric marine transport.