The project focuses on the development and design of a highly specialized technical support vessel, intended for the inspection, maintenance and repair of X1 Wind floating wind turbines in marine environments. This vessel, with a maximum length of 13 meters, has been designed to operate as an agile and efficient auxiliary unit, capable of transferring technical personnel and equipment from a main vessel to the turbines in the shortest possible time.

Its compact size and maneuverability make it an indispensable tool for precise and fast operations in demanding working conditions.

The design incorporates two trimaran-type stabilizers located in the rear section, a feature that significantly optimizes stability, even in rough seas and adverse weather conditions.

This architecture not only improves the performance of the vessel in terms of seaworthiness and control, but also guarantees a safe and efficient environment for the technicians on board, facilitating maintenance tasks at sea.In addition to its technical qualities, the project prioritizes the combination of agility, safety and functionality, key elements to face the challenges.

"Organic contours intertwine with sharp edges"

The concept refers to a design that combines fluid and natural shapes with angular and defined lines. This interaction generates a dynamic visual contrast that balances smoothness and precision. In the context of the boat, it can reflect the integration of functional stability with a modern and efficient aesthetic.

Sharp

Contours

Edges

Immerse yourself in every detail

You didn’t come this far to stop

The conceptual design of a technical support vessel, designed for operations in offshore wind turbines. The proposal integrates operational functionality, advanced stability and a contemporary aesthetic.

The environmental renderings highlight the integration of the design into its maritime environment, emphasizing functionality and operational adaptation.