Single Point Mooring (SPM) Design

Single Point Mooring (SPM) Design MCP Connector for Claude

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Design Single Point Mooring systems for tanker loading and unloading operations.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized engineering tools for designing Single Point Mooring (SPM) systems. It allows engineers to calculate peak tension forces using calculate_mooring_loads, determine necessary buoy dimensions with size_buoy, select appropriate mooring lines via determine_hawser_specs, and verify operational safety with validate_approach_departure. The system accounts for vessel displacement, environmental conditions like wave height and wind speed, and water depth to ensure stable tanker mooring.

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4 tools expose this connector's capabilities to your AI agent.

calculate_mooring_loads

Calculate peak tension forces acting on the buoy and mooring system

determine_hawser_specs

Select the appropriate hawser properties for the tanker connection

size_buoy

Determine the required physical characteristics of the floating buoy

validate_approach_departure

Assess if the design allows for safe tanker approach and departure

See how to talk to your AI agent using Single Point Mooring (SPM) Design.

Calculate the mooring loads for a tanker with 150,000 tons displacement, 4m wave height, 15 knots wind, and 2 knots current.

The peak tension is 4500 kN with a safety factor of 1.8.

What are the hawser specifications for a VLCC with a peak tension of 5000 kN and a safety margin of 2.5?

The required minimum breaking strength is 12500 kN and the recommended material is Polyester.

Is it safe for a tanker with 12m draft to approach if the max wave height is 3m and current is 1.5 knots?

Yes, the operation is safe under these environmental conditions.

You need to provide the vessel displacement, significant wave height, wind speed, and water current speed to `calculate_mooring_loads`.

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