Introduction
In a significant stride towards the future of maritime navigation, Furuno Electric Co., Ltd., headquartered in Nishinomiya, Hyogo Prefecture, is set to implement its newly developed autonomous navigation systems on a vessel commissioned by NYK Line, based in Chiyoda, Tokyo. This advanced system, known as the Collision Avoidance Support System, is a part of the MEGURI2040 project initiated by the Nippon Foundation, which aims to develop unmanned vessels for safer and more efficient maritime operations.
About the Collision Avoidance Support System
The new vessel, an automobile carrier, is scheduled for completion in March 2026. It will be equipped with cutting-edge Marine DX technologies designed to enhance the efficiency and safety of onboard operations. The Collision Avoidance Support System features several crucial capabilities:
1.
Sensor Data Integration: This function aggregates data from various sensors, including navigational radars, to provide an accurate picture of the surrounding targets around the vessel.
2.
Risk Assessment: Built on the integrated target information, this feature calculates and displays collision risks, enabling timely interventions to avoid maritime accidents.
3.
Route Planning and Execution: In collaboration with Japan Ocean Science's Advanced Routing Simulation and Planning (ARS) software, the system autonomously plans and controls optimal avoidance routes based on real-time information regarding nearby targets.
In addition, Furuno's products will be incorporated into other navigational equipment aboard the vessel, such as navigational radars and ECDIS (Electronic Chart Display and Information System), further enhancing overall safety and operational efficiency.
Background and Importance
As vessels have become larger and maritime traffic has increased, the complexity of navigation has surged, resulting in heightened challenges for crews. Moreover, nearly 70% of maritime incidents are attributed to human error, underscoring the critical need for solutions that promote safety and operational efficiency. Furuno Electric aims to alleviate the burdens on seafarers while boosting safety through the integration of advanced technology.
Going forward, Furuno Electric remains committed to its business vision of realizing a safe, comfortable society that is kind to people and the environment. The company continues to develop products and technologies that support both the safety of maritime operations and the comfort of seafarers, contributing to the sustainable advancement of the maritime industry.
MEGURI2040 Project Overview
The MEGURI2040 project seeks to address pressing social issues faced by Japan's maritime shipping sector, including labor shortages due to an aging workforce and human-error-related maritime accidents. The goal is to pave the way for the commercialization of unmanned vessels, a mission in which Furuno Electric actively participates.
Conclusion
Furuno Electric's participation in equipping NYK’s automobile carrier with the Collision Avoidance Support System not only signals a leap forward in maritime safety technology but also highlights the company's continued dedication to innovation in the maritime electronics sector. As Furuno strives to reshape the future of seafaring with advanced automated solutions, it reinforces its leadership position within the global maritime industry, demonstrating resilience and adaptability in the face of evolving challenges.
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