Eidsvaag Pioner

Bergen-Powered Coastal Vessel Demonstrates the Future of Autonomous Operations
Eidsvaag Pioner: Bergen- Powered Coastal Vessel Demonstrates the Future of Autonomous Operations

Reliable propulsion supporting one of Norway’s most advanced logistics and autonomy test platforms.

Eidsvaag Pioner plays a central role in the Fjordfrende logistics network, distributing aquaculture feed along Norway’s west coast. Originally a general cargo ship, it later underwent a major conversion at Ulstein Verft to optimize it for coastal feed transport and high-frequency port operations. The vessel continues to stand out in the maritime sector for its efficiency, versatility, and proven dependability.

Key Facts

Shipowner:
Eidsvaag AS, Norway

Shipyard:
VARD, converted at Ulstein Verft

Designer:
Multi Maritime

Vessel Type:
Coastal cargo / aquaculture feed carrier

Main Engine: 
Bergen C26:33L9P, 2,430kW

Test Vessel for the EU’s AUTOSHIP Project

What sets Eidsvaag Pioner apart is its role in Europe’s leading autonomous shipping programme. As the primary test vessel for the EU’s AUTOSHIP project, it became one of the first cargo vessels in Norway to demonstrate long-distance autonomous sailing in real coastal environments.

Throughout this evolution, a Bergen C26:33 main engine has provided the propulsion reliability needed to support both daily logistics and cutting-edge testing.

Pioneering Autonomous Coastal Operations

In 2023, Eidsvaag Pioner completed one of Europe’s most comprehensive real-world demonstrations of autonomous vessel operation. Over 13 hours, the ship covered a total distance of 160 nautical miles, where the ship undocked from the port of Averøy, completed a coastal voyage to the world’s first offshore fish farm, Salmar’s Ocean Farm 1, and returned to port.

During the demonstration, the vessel conducted key autonomous functions including voyage planning, collision avoidance, automatic docking, and remote monitoring. The Bergen main engine provided the steady propulsion needed for long running periods under remote supervision and variable power demands, validating its suitability as a dependable platform for advanced control systems.

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