MCP For Claude Marketplace
Surfboard Rail Design Analyzer

Surfboard Rail Design Analyzer MCP Connector for Claude

A+

Analyze surfboard rail geometry, hydrodynamics, and wave compatibility.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides analytical tools for surfboard designers to optimize rail geometry. By inputting volume, edge type, and intended purpose, designers can use get_rail_recommendation to find the ideal profile, analyze_performance_metrics to quantify drag and stability, check_wave_compatibility to match designs to ocean conditions, and simulate_rail_transition to evaluate longitudinal flow.

surfboardhydrodynamicsdesign-toolsoceanengineering

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

get_rail_recommendation

Suggests the optimal rail profile based on primary design inputs

analyze_performance_metrics

Quantifies the hydrodynamics of a specific rail configuration

check_wave_compatibility

Determines which wave conditions a specific rail design is best suited for

simulate_rail_transition

Evaluates how the rail transitions from the nose to the tail

See how to talk to your AI agent using Surfboard Rail Design Analyzer.

Suggest a rail profile for a high volume cruiser with soft edges.

The recommended profile is a Glider, providing high stability and smooth water flow.

What is the performance of a low volume board with hard rails?

This configuration offers high speed and quick release, though it reduces stability.

Will a hard rail setup work in small, crumbling waves?

No, hard rails are better suited for high-energy, steep waves; soft rails are preferred for low-energy, crumbling waves.

Use the `get_rail_recommendation` tool by providing the rail volume, edge type, and the intended board purpose.

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