Reliable Position Control with Seamless Engine, Thruster, and Sensor Integration

The DPS Processor Unit, designed for a single engine and dual thrusters, is a dynamic positioning solution that ensures accurate position and heading control. Equipped with a dedicated Dynamic Positioning Unit (DPU) and a high-precision satellite compass, this system allows operators to activate or deactivate the system as needed. This flexibility makes it ideal for docking, anchoring, and station-keeping operations, providing enhanced manoeuvrability and stability.

Key Features

• Automated Dynamic Positioning: Maintains vessel position and heading using advanced GNSS technology, sensor-based calculations, and real-time propulsion adjustments for precise station-keeping.
• Single-Engine Compatibility: Designed for vessels with a single propulsion engine, integrating seamlessly with onboard control systems for reliable performance.
• Dual-Thruster Integration: Supports two thrusters for enhanced lateral and rotational control, improving stability and responsiveness in demanding conditions.
• Dedicated Calculation Unit (DPU): Processes real-time positioning data and calculates optimal propulsion adjustments, delivering smooth and efficient dynamic positioning control.
• High-Precision Satellite Compass: Provides accurate heading data to maintain vessel orientation, ensuring stability even in shifting currents and windy conditions.
• On/Off Functionality: Allows operators to activate or deactivate the system instantly, providing manual control when needed for docking or navigation adjustments.
• Precision Docking Support: Holds position while enabling fine-tuned movements, simplifying docking operations and enhancing safety in confined spaces.

Achieve precise vessel positioning with intelligent processing, advanced sensors, and seamless propulsion integration.

*Please note: For Vessels equipped with on/off thrusters, DPS configurations should be thoroughly evaluated and approved at the factory after details information about the vessels and its propulsion systems has been collected.