With Hydrau 360, Hydraunautic provides full design and turnkey development of hydraulic systems for sailing yachts over 70 feet, from the initial functional study to final onboard integration.
Our engineering teams carry out an in-depth design process and complete hydraulic architecture, taking into account the vessel’s structural constraints, functional requirements, and applicable technical standards.
This global approach includes the precise component sizing, hydraulic circuits definition, and optimized system layout to ensure performance, safety, and ease of access.
In-house Design,
Manufacturing, and Integration
The production and assembly of Hydrau 360 systems are are carried out entirely in-house, within a controlled environment that ensures cleanliness, reliability, and full traceability for every installation.
Each system is custom-configured to integrate seamlessly with the yacht’s structure and to meet real-world operating conditions at sea. This complete in-house control – from design to commissioning – guarantees full system consistency and a level of quality compliant that meets the highest standards of the yachting industry.
A High-Performance, Turnkey Solution
With Hydrau 360, Hydraunautic delivers a turnkey solution that combines:
- technical expertise,
- full control over every stage of the process,
- and a quality commitment aligned with international marine standards.
This approach ensures operational reliability and long-term system durability while optimizing the yacht’s overall hydraulic performance.
The Hydrau 360 Process
Step 1
Assessment of Hydraulic requirements
Analysis of the functional, environmental, and structural requirements
specific to each vessel.
Step 2
Hydraulic & Electrical Design
Definition of the circuit architecture, component sizing, and integration of the electrical control system.
Step 3
Clean-room Assembly
Assembly and connection of components in a controlled environment to ensure the cleanliness of the hydraulic circuit.
Step 4
System Bench Testing
Validation of system operation,
pressure adjustment, and verification of
overall compliance.
Step 5
Installation and Commissioning
Onboard integration, final connections
and supervised pressurization carried out
by our engineers.
Step 6
Sea Trials and Validation
Real-world testing
to validate performance and adjust
operational parameters.
