Maritime Innovation Boosters
We master the cutting-edge challenges in marine technology
Foiling Performance Leaders
Pushing the limits of speed, stability, and control
CFD Innovation Hub
Where fluid dynamics meets real-world performance.
ABOUT CAPONNETTO HUEBER
The Innovation Engine of the Naval Industry
Caponnetto Hueber is a naval engineering firm that transforms how vessels are designed, optimized, and brought to life. We combine advanced fluid dynamics, naval architecture, and performance prediction to help shipyards, racing teams, and maritime companies achieve their most ambitious goals.
From America’s Cup campaigns to sustainable shipping solutions, our expertise spans the full spectrum of maritime innovation, always driven by CFD excellence and a commitment to pushing what’s possible on the water.
ABOUT CAPONNETTO HUEBER
The Innovation Engine of the Naval Industry
Caponnetto Hueber is a naval engineering firm that transforms how vessels are designed, optimized, and brought to life. We combine advanced fluid dynamics, naval architecture, and performance prediction to help shipyards, racing teams, and maritime companies achieve their most ambitious goals.
From America’s Cup campaigns to sustainable shipping solutions, our expertise spans the full spectrum of maritime innovation, always driven by CFD excellence and a commitment to pushing what’s possible on the water.
Industries and Sectors We Serve
At the intersection of innovation and engineering, Caponnetto Hueber partners with global leaders to shape the future of maritime mobility. Collaborating with leading shipyards, racing teams, the shipping industry and the defense sector.
Yachts
From sailing yachts to superyachts, we collaborate with leading shipyards and yacht brands to deliver performance-driven design, CFD validation, and naval architecture solutions.
Maritime
We apply high-fidelity modelling to validate wind propulsion technologies onboard, accurately predict fuel savings and support compliance with key regulations such as CII
Racing
Recognized for our participation and success in multiple editions of America’s Cup, we translate racing innovation into high-performance and competitive industry solutions
USVs
We engineer autonomous surface vessels with advanced control systems to explore, operate, adapt, and navigate efficiently in complex and dynamic marine environments.
Services and Solutions
From the study of fluid dynamics to performance prediction and prototyping, our solutions cover the full spectrum of modern naval engineering. Delivering measurable gains in speed, control, and efficiency.
Advanced Fluid Dynamics (CFD-FEM-FSI)
From RANS to LES and DNS, through advanced numerical simulations we optimize aero-hydrodynamic performance, reduce development risk, and cut prototyping costs. Applicable across sectors, our CFD expertise accelerates innovation and ensures performance from concept to operation.
Naval Architecture & Efficient Design
We design high-performance and unconventional vessels through a deep understanding of the external fluid environment, and its interaction with the vessel. Applying multiphysics and advanced numerical methods we navigate complexity beyond established standards, while keeping our feet firmly on the ground
Performance Prediction (VPP/PPP, Simulator)
Based on high-fidelity modelling, we provide tools to predict vessel performance and power requirements. Supporting both sailing and commercial vessels, our performance prediction capabilities enable us to optimize efficiency across a wide range of operating profiles.
Our dynamic simulation tools allow for precise evaluation of vessel behavior, control, and stability under real-world conditions.
Engineering and Prototyping
We transform bold ideas into test-ready prototypes through an integrated approach to design, engineering, and validation. From concept to construction, we support innovative projects by building effective interfaces with shipyards and suppliers, ensuring smooth execution and real-world testing.
Recent Milestones
Designs That Fly And Save Energy
Projects
BGF45
30% more efficient sport yacht developed with Bluegame / Sanlorenzo.
CFD for +6-DoF Hydro with Aero simulations
Simulation for optimization and validation of WASP ships with different methods.
USV Preliminary Design and Feasibility
Preliminary design of a highly modular unmanned surface vehicle (USV).
Tool4WASP
A multi-fidelity-based suite for wind assisted ships. From design to routing optimization.
Research & Academy
Applied research with measurable impact.
Understanding Wind Propulsion: Key Concepts and Terms
Today, different actors such as naval architects, regulators, shipowners and technology providers, often use different terms to describe the same concepts. This lack of standardization leads to confusion, so in this article we aim to define a clear glossary of key terms and concepts related to wind propulsion.
How to Accurately Predict the Performance of Wind-Assisted Ship Propulsion Systems
The momentum behind wind-assisted ship propulsion (WASP) is undeniable. Shipowners, charterers, and regulators are increasingly relying on wind to cut emissions and fuel costs. Yet one question dominates the debate: how much can these systems really deliver?
Wind Propulsion in 2025: Charting the Course Toward IMO’s Net-Zero Ambition
The maritime industry stands at a turning point in 2025. We analyze why wind propulsion has re-emerged, not as a nostalgic nod to the past, but as a cutting-edge technology delivering measurable efficiency gains to meet strict IMO decarbonization goals.
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