NYK and OC Pioneer Japan’s First USV Mass-Production System

NYK’s Keihin Dock and ocean-tech startup Oceanic Constellations (OC) are teaming up to build Japan’s first mass-production system for small unmanned surface vehicles (USVs). This isn’t just about scaling up production—it’s about laying the groundwork for a new era of ocean monitoring and data-driven maritime solutions.

The partnership targets a world-first approach to consistent ocean monitoring, deploying multiple USVs equipped with sensors and communication networks. Dubbed ‘Oceanic Constellations’, the initiative aims to create an advanced ocean infrastructure capable of surveillance, data collection, and communication. For Keihin Dock, this is a natural extension of its track record in next-generation, eco-friendly vessels. The shipyard has already built the world’s first commercial ammonia-fueled vessel, Sakigake, and other future-ready designs. Now, it’s applying that expertise to USV production.

OC brings digital engineering capabilities to the table, while Keihin Dock contributes shipbuilding and repair know-how. Together, they’re not just building boats—they’re crafting a new tool for ocean management. The USVs could support everything from environmental monitoring to NYK’s offshore reusable rocket recovery system, which the companies have already explored through a memorandum of understanding.

This collaboration isn’t just about technology—it’s about positioning Japan as a leader in ocean innovation. By combining NYK’s strengths in small- and medium-sized shipbuilding with OC’s digital prowess, the partnership aims to co-create solutions for maritime and space challenges. It’s a bold step, but one that aligns with the growing demand for sustainable, data-driven approaches to ocean management.

As NYK Group puts it, the goal is to “co-create new solutions for various maritime issues and drive technological innovation across ocean and space domains.” That’s a tall order, but with this partnership, they’re making a strong case for how it might be achieved.

Scroll to Top