MCP For Claude Marketplace
Thruster Fin Placement Optimizer

Thruster Fin Placement Optimizer MCP Connector for Claude

A+

Optimizes surfboard fin configuration based on board geometry and wave conditions.

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

This MCP server provides precise hydrodynamic calculations for surfboard fin setups. By analyzing board dimensions, tail width, and wave energy, it determines the ideal longitudinal position for the center fin using calculate_center_fin_position, calculates lateral rail fin placement with calculate_rail_fin_placement, and determines optimal inward toe angles via calculate_toe_angles. For a complete configuration, use optimize_full_setup to receive a unified set of center, rail, and toe parameters tailored to specific tail shapes like Square, Swallow, or Round.

surfboardhydrodynamicsfin-placementgeometryocean-sports

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

calculate_center_fin_position

Determines the optimal longitudinal position for the center fin

calculate_rail_fin_placement

Calculates the lateral distance of the side fins from the centerline

calculate_toe_angles

Determines the optimal inward angle for the side fins

optimize_full_setup

Provides a complete, unified fin configuration in a single call

See how to talk to your AI agent using Thruster Fin Placement Optimizer.

What is the best fin setup for a 6ft board with a 12 inch tail width in hollow waves?

For a 6ft board in hollow waves, the optimal center position is 24.5 inches from the tail, with rail fins placed 7.2 inches from the centerline and a toe angle of 1.5 degrees.

Calculate the rail fin placement for a wide board in mushy waves.

The side fins should be placed 6.5 inches from the centerline to increase maneuverability in mushy conditions.

Find the center fin position for a narrow tail board.

The center fin should be placed 18.2 inches from the tail to prevent sliding out on a narrow tail setup.

Different wave profiles require different stability and lift. For example, `calculate_toe_angles` adjusts angles to reduce drag in hollow waves or increase lift in mushy waves.

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