Technology

Navarc Technology

Revolutionary technology: hull, sensors, software, and hardware, developed in-house for a fully optimized vessel.

From Idea to Water, Holistic Naval Engineering

From hull form to weight distribution, propulsion integration to structural components, every parameter that affects a vessel's performance is considered as part of the design process.

Structural Analysis

The hull, joints, and load-bearing elements are evaluated under different load scenarios; stress distribution and critical zones are identified to strike the right balance between weight and strength.

Explore structural analysis

Foiling System

Submerged hydrodynamic surfaces generate lift to reduce the hull's effective load in the water; drag drops, and both energy efficiency and ride comfort improve.

Explore the foiling system

Fluid Analysis Explore

Structural Analysis Explore

Foiling System Explore

Navarc
Technology

Revolutionary technology

At Navarc, we develop the hull, sensors, software, and hardware in-house, creating a fully optimized vessel and a superior experience for both users and operators. Our goal is to bring hydrodynamic performance, structural strength, and energy efficiency together in a single engineering architecture.

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Whisper-quiet
electric drive

Long
electric range

Zero emissions,
zero oil spills

Powerful,
lightweight design

Low
maintenance cost

Higher speed,
better comfort

From Idea to Water,
Holistic Naval Engineering

Navarc approaches the design of a vessel not just through aesthetics or basic hull geometry, but by weighing hydrodynamic performance, structural strength, energy efficiency, and operational requirements together. Every project is developed through a holistic engineering approach that starts with defining the intended use and operating conditions.

From hull form to weight distribution, propulsion integration to structural components, every parameter that affects a vessel's performance is considered as part of the design process. Data from digital analysis and engineering simulations allows different alternatives to be compared before production ever begins.

Structural Analysis

Explore structural analysis

Foiling System

Submerged hydrodynamic surfaces generate lift to reduce the hull's effective load in the water; drag drops, and both energy efficiency and ride comfort improve.

Explore the foiling system

Navarc Technology

Fluid analysis, structural analysis, and the foiling system; three fields of Navarc engineering that complete one another.

Fluid Analysis

Structural Analysis

Foiling System

Questions?

Here are the top five.

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01 What are Navarc's core technology capabilities? +

Navarc focuses on four core technology areas: Fluid Analysis (CFD), Structural Analysis, Foiling Systems, and Control & Telemetry. These areas ensure the hull, performance, durability, energy, and control systems of a vessel are developed together.

02 What is CFD analysis? +

CFD (Computational Fluid Dynamics) is an engineering method that analyzes how a vessel behaves in water using computer simulation. Navarc uses CFD work to optimize parameters such as hull drag, trim behavior, and propeller loading.

03 Why is structural analysis carried out? +

The loads a vessel encounters during operation must be carried safely. In Navarc's approach, load maps derived from CFD analysis are transferred into structural models, and critical zones are verified.

04 What is a hydrofoil? +

A hydrofoil is a wing-like hydrodynamic structure mounted beneath a vessel. Once sufficient speed is reached, it generates lift that can reduce the hull's contact with the water and, under suitable conditions, help lower hydrodynamic drag.

05 Does Navarc develop foil technology? +

Yes. The foiling system is one of Navarc's core R&D and engineering areas. Volster Hydrofoil is one of the product-side applications of this approach.