Trawl Systems Training

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Welcome to the technical training section of AcruxSoft, a space created to support fishermen, students, technicians and companies connected to the modern fishing industry through continuously updated information enriched by user contributions and the latest international trends.

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Here we share fundamental concepts, technical videos, real operational examples and specialised material focused on the analysis, design and optimisation of trawl systems, integrating practical fishing experience, advanced technology and innovative simulation tools applied to the fishing sector.

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Our vision is to contribute to the development of a more efficient, profitable and sustainable fishery, where technical knowledge helps improve operational performance, reduce energy consumption and strengthen the protection of the marine environment.

We believe that continuous training is the key to balancing production and sustainability, empowering a new generation of smarter, more responsible and future-oriented fishing systems.

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We would especially like to thank all the international experts who have contributed to the development of the fishing industry and to our professional formation, and in particular Captain Luis Martini and Captain Luis Pérez Aguila for their knowledge, experience and valuable contribution to the technical evolution of trawl systems.

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We believe that sharing knowledge not only drives professional growth, but also represents one of the fundamental pillars for building a more conscious, efficient, collaborative, and sustainable society.

Frank Chalkling

CONTENT

The content has been developed taking as reference training programmes from internationally recognised fishing schools, synthesised to support both academic institutions and professional fishermen in the study of different fishing methodologies.

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The training covers subjects ranging from vessel propulsion, fishing gear, trawl doors, materials and net design, to AI-assisted technical videos, real operational manoeuvres and applied analysis of modern fishing systems.

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In addition, we present a revolutionary methodology for the evaluation and integration of all components that form the trawl system, enabling the detection of operational failures, optimisation of performance and significant improvement in the overall efficiency of fishing operations.