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WIDSON 80

WIDSON 80

WIDSON 80 is a modular jack-up platform designed for coastal marine construction and operations on inland waterways.

The platform is suitable for the construction and maintenance of berths and breakwaters, pile-driving operations, and exploratory drilling as part of geotechnical surveys.

The key difference between WIDSON 80 and WIDSON 50 is its high load-carrying capacity, which allows heavy tracked machinery to be placed on deck, including cranes with a lifting capacity of up to 200 tonnes.

The platform is designed to carry loads of up to 400 tonnes on deck and can be equipped with support legs up to 42 metres long, enabling operations in deep-water ports and coastal areas with water depths of up to 35 metres.

Project implementation and construction period: 6 months
  • Purpose
  • General Information
  • Principal Dimensions
  • Platform Applications

The modular jack-up barge is designed for coastal marine construction and operations on inland waterways. It is suitable for a wide range of tasks, including the construction and maintenance of berths and breakwaters, pile-driving operations, and exploratory drilling as part of geotechnical surveys.

The key difference between the WIDSON 80 and WIDSON 50 platforms is the higher load-carrying capacity of WIDSON 80, which allows heavy tracked machinery to be placed on deck, including cranes with a lifting capacity of up to 200 tonnes.

The platform is designed to carry loads of up to 400 tonnes on deck and can be equipped with support legs up to 42 metres long, enabling efficient operation in deep-water ports and coastal areas with water depths of up to 35 metres.

The platform can be supplied in various configurations adapted to specific operational requirements. Additional deck equipment, including winches, bollards, fairleads, and pile guides, can be installed quickly and conveniently using the standard WIDSON modular connection system.

At the customer’s request, the platform can be equipped with a centralised control system providing synchronised raising and lowering of all support legs.

For autonomous movement and precise positioning, the platform can be additionally equipped with a propulsion module featuring two hydraulically driven azimuth thrusters and an engine room.

Our approach —
engineering for real-world challenges

We develop modular platforms for construction, engineering surveys, and hydraulic engineering works. We adapt each vessel configuration to the water depth, operating loads, and conditions of the specific project.

Have questions? Submit a request and we will contact you.

Submit a Request

Submit a request, and we will contact you to provide a consultation.