THE VMASTER DVC

Engineered for Excellence
Setting the New Standard in Stability and Control

THE OPERATING SYSTEM

The VMaster DVC operating system combines advanced technology, intuitive controls, and automated processes to deliver unmatched stabilization and vessel performance. Designed for precision and adaptability, it empowers users with full control while autonomously managing complex functions in the background.

Key Features

Intelligent Automation: Handles complex operations behind the scenes, allowing users to focus on navigation and vessel management.

Customizability: Save your preferred settings, including speed and turning angles, to create a personalized operating profile.

Remote Connectivity: Integrates advanced diagnostics and assistance features for uninterrupted performance and peace of mind.

Industry Compatibility: Fully compatible with MFDs, ensuring seamless integration with existing navigation and control systems.

Modes

Full Auto: The system automatically stabilizes the vessel to maintain a designated set point, offering balance between performance and comfort.

Active Roll: Allows automatic stabilization to maintain a desired roll angle while offering customization.

Active Pitch: Offers control over both roll and pitch stabilization with customizable set points.

All Manual: Allows direct HydroVector control for maximum flexibility.

Zero Speed (Auto): Automatically enhances vessel stability through intelligent control of the HydroVectors.

Controllers & U/I

3.2-Inch Controller: Includes a robust interface for managing all system functions.

Touch-Screen: Offers larger interfaces, from 7 and up to 26 inches touch screen, for enhanced visibility and control.

Multifunctional Display Integration: Compatible with MFDs through NMEA 2000, enabling control and monitoring via advanced navigation and system displays.

THE HYDROVECTORS

The HydroVectors represent the pinnacle of innovation within Delphis Marine Technology’s patented Dynamic Vectoring Control (DVC). With their ability to perform active water vectoring, the HydroVectors provide precise control of vessel stability and maneuverability.

Every aspect of the HydroVectors has been meticulously engineered and protected under patents, ensuring its technological superiority and exclusivity. From their strategic positioning to their biomimetic design, the HydroVectors embody cutting-edge innovation, delivering unparalleled stabilization, maneuverability, and environmental sustainability.

Design-Oriented Features

Horizontally Aligned Axes of Rotation
Hydrodynamic Flow Chamber and Curved Surfaces
Precisely Angled Leading Edge
Tubercles for Drag Reduction

Functional Features

Wide Range of Rotational Motion (-33° to +33°)
Intelligent Frontal Flap Mechanism Comprehensive Sensor Suite with Self-Learning Capability
Passive Sea-Water Cooling System

Durability and Reliability Features

High-Speed Durability
Locking Mechanism for Protective Positioning
Oil Leak Prevention Mechanism

THE COMPONENTS

The VMaster DVC internal system combines cutting-edge engineering solutions with an innovative modular design, ensuring seamless integration and maximum flexibility. It requires minimal structural interventions during installation while offering an aesthetically refined design with integrated lighting and advanced internal insulation, elevating both performance and visual appeal.

The system operates on an on-demand power mode, dynamically adjusting its intensity to match realtime operational needs. This intelligent energy management ensures reduced energy consumption, minimal component wear, and lower onboard noise levels.

Additionally, a specially engineered innovation actively detects potential hydraulic leaks, preventing oil from spilling into the sea or the vessel’s engine room.

An optional Hybrid Power System upgrade is available, offering advanced energy recovery capabilities. By reclaiming and repurposing energy generated by the HydroVectors through water pressure and movement, this pioneering technology sets new standards for sustainability and operational efficiency, by turning residual energy into usable power.

Delphis Marine Technologies was founded to solve marine stabilization problems. Inspired by natural systems like the dynamic movements of dolphins and driven by advancements in aerospace and fluid dynamics, we revolutionize vessel stability.