Work-class Simulation Platform "Herdsman"
The Herdsman Work-class Simulation Platform provides high-fidelity virtual marine environments for subsea ROV training, mission rehearsal, and engineering simulation. It replicates key ocean conditions such as hydrodynamics, waves, currents, atmosphere, and temperature, enabling realistic practice for ROV piloting and subsea operations.
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By integrating advanced physics engines with modular control systems, the simulator delivers both visual operation training and engineering validation. Scalable configurations allow deployment in compact, standard, or advanced setups to meet training and operational requirements.
Main Features
Key Performance Metrics
The Herdsman simulator combines advanced physics-based modeling with modular hardware integration. It supports detailed replication of subsea conditions, multiple ROV and trencher models, and precise control input response, ensuring accuracy in both training and mission simulation.
Capabilities
The platform enables full-function simulation of ROV control systems, subsea task execution, and engineering workflows. It supports operator training, pilot assessment, and mission rehearsal under safe and repeatable conditions, reducing offshore risk and improving efficiency.
Functional Highlights
The simulator supports task guidance, scene switching, mission playback, and full integration of sensors and manipulators. Its modular architecture allows flexible expansion, while Subsea Forge provides 24/7 support, training, and upgrades to ensure lasting performance and value for operators and project teams.
Technical Specifications
Simulation Unit Dimension
≤0.9m (length) * 0.8m (width) * 1.8m (height)
System Power
≤6.2kW
Control Desk Dimension
≤4m (length) * 2.5m (Width) * 2.5m (Height)
System Weight
≤1t
Product Highlights
Core Control Unit
Replicates real ROV control systems, SCADA integration, and task operation consoles, delivering authentic full-function training and engineering simulation.
Simulation Unit and Video Wall
Combines advanced dynamic models with immersive multi-screen visualisation, enabling operators to rehearse missions in high-fidelity environments with real-time feedback.