Naust Marine is working on multiple projects
Currently, Naust Marine is working on providing complete deck machinery solutions for several different types of fishing vessels and marine applications, each with a unique set of requirements.

New Icelandic research vessel, Þórunn Þórðardóttir, opted for Naust Marine's most environmentally favorable winch package solution. Winch operations eliminate spill hazard potential, produce less environmental noise and vibrations, and execute with higher efficiency.

Parlevliet & Van der Plas's new Pelagic vessel selected a comprehensive custom solution from Naust Marine, comprised of over 20 winches teamed with the Automatic Trawl Winch (ATW) Control system. The ATW control system allows the operator to shoot the net at a pre-set length and provides automatic load control for trawl winches, ensuring equal tension on the wires during operations, resulting in maximum catch with minimal operational cost.

Norwegian Fly-shooting vessel, Eilifson, will be outfitted with Naust Marine's trawl and fly-shooting winches. This design allows for a combination of fishing methods to perform the work efficiently and consistently during varying sea conditions and targeted catch, yielding a higher return for fishing.

Argos Berbés, new Falkland Trawler, will be equipped with a Complete Electric Deck Machinery Package from Naust Marine: meeting and exceeding The Orion Fishing Company criteria by prioritizing energy efficiency, reducing fuel consumption, minimizing environmental impact, and optimizing operations.

Sustainable scampi trawler in New Zealand, focusing on innovation, sustainability, and operational efficiency, has chosen Naust Marine's full package solution

Maximizing fishing efficiency
Naust Marine focuses on delivering top-quality reliable complete solutions, whether new builds or retrofits. Ensuring the customers continue to have success with their systems as the vessels and systems age, is very important to the company. Naust Marine can offer engineered upgrades to aging systems resulting in continued optimal performance.