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Cruise ship design – CFD optimization for yachts and ferries
VICUSdt is the naval hydrodynamics partner for cruise ship design, yacht, and ferry projects that demand precision engineering from the earliest design stage. We provide CFD simulation, propulsion optimization, and hydrodynamic analysis, integrated directly into your design workflow to improve efficiency, comfort, and performance before the vessel ever reaches the water.
Improve maximum velocity, consumption or comfort
For cruise vessels, yachts, and ferries, performance means more than speed, it is about efficiency, comfort, and operational excellence. VICUSdt specializes in CFD-driven hydrodynamic optimization for hulls, appendages, and propulsion systems across all three vessel categories. Whether the objective is reducing fuel consumption, enhancing onboard comfort by minimizing noise and vibration, or maximizing top speed, our engineering provides the precision and insight required.
Trusted by leading shipyards and operators since 2007, we deliver tailored cruise ship design solutions and propulsion engineering that elevate both vessel performance and passenger experience. Our work covers the full design cycle (from early concept powering estimates through to offshore sea trials) giving yacht design companies and ferry operators a single specialist partner for every hydrodynamic and propulsion challenge.
“We work with the most renowned shipyards”
Our track record since 2007 includes projects on the following types of vessels:
This cross-sector experience (spanning ferry ship design, motor and sailing yachts, and full cruise ship architecture design) means that solutions developed for one vessel class are continuously refined and applied across others, delivering engineering insight that a single-sector consultancy cannot replicate.
Why CFD optimization matters for cruise ship design, yacht & ferry operators
Cruise vessels, yachts, and ferry operators face unique operational demands, from maintaining high speeds and tight schedules to ensuring passenger satisfaction through low noise and vibration. VICUSdt enables early detection and resolution of hydrodynamic inefficiencies before physical trials, modelling water flow, resistance, and wake interactions around hulls and appendages to allow data-driven design adjustments that reduce drag and enhance propulsion efficiency.
CFD maintains high performance across variable loading conditions, critical for ferries operating multiple daily crossings, and ensures the comfort levels that yachts and cruise vessels demand. Advanced noise and vibration analysis integrates seamlessly with CFD to address acoustic issues from the earliest design stage, improving guest experience and supporting class society comfort notation compliance.
Structural design and hull optimization
For cruise ship structural design, hydrodynamic loads determined through CFD directly inform scantling decisions, quantifying wave-induced pressures and slamming loads so structural engineers can size components accurately without conservative over-engineering. For yacht design companies, the same CFD-driven workflow delivers the hull form and appendage precision that competitive performance and owner satisfaction require.
We work with the most successful shipyards and owners in the industry, including:
- Armón Shipyards
- Holland Shipyards
- Rodriguez Yacht design
- Freire Shipyard
- Trasmapi
- MP Yachts
- Mystic Cruises
- Columbia Cruise Services
- Trasmediterranea
