MCP For Claude Marketplace
Fin Area Calculator

Fin Area Calculator MCP Connector for Claude

A+

Calculate optimal surfboard fin area and dimensions based on rider mass and wave energy.

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

This MCP server provides precise hydrodynamic calculations for surfboard designers and surfers. Use calculate_total_required_area to determine the aggregate surface area needed for a specific riding scenario. Once the total area is known, use get_fin_dimensions to find the specific height and width for each fin in a set. You can also use calculate_fin_aspect_ratios to evaluate performance characteristics like speed versus control, or validate_setup_suitability to ensure the fin setup is appropriate for the surfer's weight and board type.

surfboardhydrodynamicsfin-designocean-sportsengineering-tools

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

calculate_total_required_area

Determines the aggregate fin surface area needed for a specific riding scenario

get_fin_dimensions

Calculates the specific height and width for each individual fin in a set

validate_setup_suitability

Checks if a calculated fin setup is appropriate for a specific surfer and board combination

calculate_fin_aspect_ratios

Provides the aspect ratio for each fin in a set to evaluate performance characteristics

See how to talk to your AI agent using Fin Area Calculator.

What is the total fin area needed for an 80kg surfer on a 6ft board with medium wave power?

The total required fin area for an 80kg surfer on a 6ft board with medium wave power is 450 cm2.

Give me the dimensions for a 3-fin thruster setup with a total area of 450 cm2.

For a thruster setup with 450 cm2, the dimensions are: Side Fin 1: height 12cm, width 5cm; Side Fin 2: height 12cm, width 5cm; Center Fin: height 14cm, width 6cm.

What is the aspect ratio for a fin that is 15cm high and 5cm wide?

The aspect ratio for a fin with a height of 15cm and a width of 5cm is 3.0.

You can use the `calculate_total_required_area` tool by providing the surfer's weight, the board length, and the wave power level.

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