Ferries

Innovative and energy-efficient ferries, tailored to your needs with exceptional passenger welfare and outstanding maneuverability for sustainable and cost-effective operations.

Overview

Delivering excellence in ferries

At FKAB, we specialize in designing advanced ferry vessels tailored for efficient, sustainable, and comfortable operations. Whether for road ferries, smaller passenger ferries like city shuttle boats, or specialized wind service vessels, we ensure that each vessel is built with reliability, maneuverability, and minimal environmental impact. Our designs prioritize passenger welfare, offering spacious, comfortable, and safe accommodations for all travelers. With our extensive experience and innovative solutions, FKAB ensures that your ferry vessels deliver exceptional performance while meeting high standards of sustainability and safety.

OUR PROCESS

A streamlined process for exceptional results

Our proven design process ensures every vessel meets the highest standards of quality, functionality and sustainability.

1

Feasibility study

Evaluating design possibilities and operational needs with technical analysis.

2

Concept design

Collaborating to understand your unique requirements and define the vessel’s purpose and capabilities

3

Contract design

Delivering comprehensive and detailed specifications to guide accurate construction

4

Basic design

Documents for class & authority approval submission and information to ensure safety, functionality, performance and compliance with rules and regulations.

5

Detailed design

A more detailed and extensive set of documents than in Basic Design, intended for the yard to build their Production Design model.

6

Design support

Providing expert guidance for specialized and complex design requirements.

CASE STUDIES

Explore similar projects

Explore how FKAB Marine Design has delivered innovative and successful projects worldwide

L22 Sirius LNG Bunker vessel

The FKAB L22 is a modern, energy-efficient LNG bunkering vessel designed to minimize BOG losses and enhance fuel transfer efficiency through pre-conditioning and controlled warming of tanks.

I16 McAsphalt

The FKAB I16 is a fuel-efficient, dual-fuel tanker designed for bitumen, chemicals, and oil transport, offering low emissions, high-temperature cargo handling, and operational flexibility.

T29 Donsötank

Awarded 'Tanker of the Year,' the T29 is a high-capacity, fuel-efficient, ice-classed tanker built for low emissions and reliable performance in harsh conditions.

T53 6700DWT Chemical Tanker

The FKAB T53 is a high-efficiency stainless steel chemical tanker, designed for fuel savings, high capacity, and reliable performance in SECA zones and harsh weather.

T24 C1 Vinga

22 pc energy-efficient, high-capacity tankers with Ice Class 1A, designed to meet the Gothia Tank Alliance’s high environmental expectations and requirements.

Sustainability

Pioneering sustainable ship design

At FKAB, we are leading the way towards a more sustainable maritime industry. By combining innovative technology with eco-friendly solutions, we design vessels that reduce environmental impact, maximize efficiency, and ensure long-term sustainability. Our work sets a new standard that not only transforms the shipping industry – but also creates the conditions for other industries to adapt and evolve towards a more sustainable future.

CONTACT FORM

Let’s design the future together

Have a project in mind? Fill in the form below, and our team will get back to you promptly.

    19 + three =

    FAQ

    Answers to guide your maritime journey

    Ferry design starts with the route, passenger and vehicle capacity, operating speed and terminal constraints. These requirements determine the hull, stability, propulsion, vehicle deck arrangement, passenger spaces and safety systems. The project then develops through concept, contract, basic and detail design.

    Common ferry types include RoPax vessels carrying passengers and vehicles, car ferries, passenger-only ferries and double-ended ferries optimized for short routes. The appropriate type depends on route length, capacity, speed, port infrastructure and turnaround requirements.

    Low-emission ferry design starts by minimizing the vessel’s energy demand through an efficient hull and propulsion system matched to the route. Battery-electric or hybrid propulsion, shore power and lower-carbon fuels can then be integrated according to voyage length, power demand and available port infrastructure.

    A ferry designer can deliver general arrangement, hull lines and hydrodynamic design, stability calculations, structural design, machinery and system documentation, electrical design and class documentation. Depending on the scope, the work can continue through detail design, 3D modelling and production documentation for the shipyard.

    The timeline depends on vessel size, complexity, technology and shipyard capacity. Concept design can typically be completed in around 4–6 weeks, followed by several months for contract and basic design. Detail and production design continue as the project develops, while construction and commissioning make the complete newbuild process considerably longer.

    Passenger comfort is influenced by seakeeping, noise and vibration, interior layout, accessibility, lighting, ventilation and passenger flow. These factors should be considered together from an early design stage so that hull characteristics, machinery arrangements and interior design support both comfort and efficient operation.

    Innovation, passion, trust and reliability

    Work with FKAB Marine Design to pioneer the next generation of sustainable shipping