Offshore vessels engineered for performance

From concept to completion – we design offshore vessels that deliver.

Smart designs for harsh environments

At Hooked Engineering, offshore means more than just open water. It means wind, weather, and real-world constraints – tight ports, tidal shifts, rough seas, and complex installations. Our offshore vessel concepts are tailor-made to meet these conditions head-on.

We work hand-in-hand with operators and yards to create safe, efficient, and highly specialized offshore support vessels. Whether for transport, installation, or service, we engineer each concept to ensure performance, safety, and operability in the most demanding environments.

Deck
Carrier
DC-TOKYO

Designed for use in regions with high tidal range and SPMT loading, the DC-TOKYO is a purpose-built foundation transport vessel for offshore wind projects. With a 3900 m² flush deck, IMO Tier III diesel-electric propulsion, DPS2, and optimized harbour operation systems, it sets new standards in offshore logistics.

Jack-Up
Service
Vessel

A fully electric, energy-recovering jack-up optimized for offshore maintenance and installation. Equipped with a continuous four-leg lifting system and motion stability, it reduces downtime and improves operational comfort.

Offshore Accommodation Vessel (OAV)

Sized and stabilized for technician comfort. This vessel minimizes motion and seasickness risk, enabling safer, more efficient offshore accommodation and transfer operations.

Offshore Installation Vessel FFI

A no-compromise solution for heavy lift installation. With a large working deck, integrated cargo hold, and 8-point mooring, the FFI 3000 is designed for deepwater operations and high-load offshore construction work.

Service Offshore Vessel (OSV)

Designed with a unique stern hangar for daughter boat deployment even in rough conditions. A motion-compensated gangway system allows safe personnel transfers in wave heights up to 2.5 meters.

Jack-Up Installation Vessel JIV 2000

Full crane capacity while afloat and a powerful ballast system enable this vessel to transport and install next-generation offshore wind components without the need for additional vessels.

Offshore design, explained

Our offshore vessel designs are as varied as the challenges they solve. These are some of the most common questions clients ask us when planning offshore design projects.

Do you develop designs for specific regions or environmental conditions?

Yes. Every concept we create is optimized for its intended operating environment – from high-tide harbours in Asia to narrow approaches in the North Sea. Local factors are a central part of our design process.

Can a Hooked Engineering design be adapted to project-specific needs?

Most of our concepts are modular and scalable. We’ll work with you to adjust capacities, dimensions, or systems as needed.

Do you support prototype builds or class approval?

Absolutely. We develop designs that are ready for class approval and support clients throughout the process from drawing to yard.

What defines your jack-up design approach?

We focus on motion stability, energy efficiency, and installation safety. Our electric jack-up solutions reduce weather downtime and are faster, safer, and more autonomous.

Can your designs integrate dynamic positioning systems?

Yes. Our offshore designs routinely include DP1 or DP2 capabilities, depending on project and safety requirements.

Do you provide support for construction yards?

We closely collaborate with shipyards during the build phase and support interface management, system alignment, and production detailing.

Let’s design for the real world

Need an offshore vessel concept that delivers in tough conditions? We’re ready to support you from idea to approval.

Start your project

Offshore vessels engineered for performance

Smart designs for harsh environments

At Hooked Engineering, offshore means more than just open water. It means wind, weather, and real-world constraints – tight ports, tidal shifts, rough seas, and complex installations. Our offshore vessel concepts are tailor-made to meet these conditions head-on.

We work hand-in-hand with operators and yards to create safe, efficient, and highly specialized offshore support vessels. Whether for transport, installation, or service, we engineer each concept to ensure performance, safety, and operability in the most demanding environments.

Deck Carrier DC-TOKYO

Jack-Up Service Vessel

A fully electric, energy-recovering jack-up optimized for offshore maintenance and installation. Equipped with a continuous four-leg lifting system and motion stability, it reduces downtime and improves operational comfort.

Offshore Accommodation Vessel (OAV)

Sized and stabilized for technician comfort. This vessel minimizes motion and seasickness risk, enabling safer, more efficient offshore accommodation and transfer operations.

Offshore Installation Vessel FFI

A no-compromise solution for heavy lift installation. With a large working deck, integrated cargo hold, and 8-point mooring, the FFI 3000 is designed for deepwater operations and high-load offshore construction work.

Service Offshore Vessel (OSV)

Designed with a unique stern hangar for daughter boat deployment even in rough conditions. A motion-compensated gangway system allows safe personnel transfers in wave heights up to 2.5 meters.

Jack-Up Installation Vessel JIV 2000

Full crane capacity while afloat and a powerful ballast system enable this vessel to transport and install next-generation offshore wind components without the need for additional vessels.

Offshore design, explained

Our offshore vessel designs are as varied as the challenges they solve. These are some of the most common questions clients ask us when planning offshore design projects.

Do you develop designs for specific regions or environmental conditions?

Yes. Every concept we create is optimized for its intended operating environment – from high-tide harbours in Asia to narrow approaches in the North Sea. Local factors are a central part of our design process.

Can a Hooked Engineering design be adapted to project-specific needs?

Most of our concepts are modular and scalable. We’ll work with you to adjust capacities, dimensions, or systems as needed.

Do you support prototype builds or class approval?

Absolutely. We develop designs that are ready for class approval and support clients throughout the process from drawing to yard.

What defines your jack-up design approach?

We focus on motion stability, energy efficiency, and installation safety. Our electric jack-up solutions reduce weather downtime and are faster, safer, and more autonomous.

Can your designs integrate dynamic positioning systems?

Yes. Our offshore designs routinely include DP1 or DP2 capabilities, depending on project and safety requirements.

Do you provide support for construction yards?

We closely collaborate with shipyards during the build phase and support interface management, system alignment, and production detailing.

Let’s design for the real world

Need an offshore vessel concept that delivers in tough conditions? We’re ready to support you from idea to approval.

Deck
Carrier
DC-TOKYO

Jack-Up
Service
Vessel