MCP For Claude Marketplace
Rocker Line Analysis

Rocker Line Analysis MCP Connector for Claude

A+

Analyze surfboard rocker curves to predict paddle speed, maneuverability, and wave suitability.

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

This MCP server provides specialized tools for surfboard design analysis. By inputting nose rocker, tail rocker, and board length, you can use get_paddle_speed_potential to evaluate glide efficiency, get_maneuverability_profile to determine turning radius and responsiveness, analyze_wave_suitability to match designs to wave energy, and get_design_balance to understand the directional character of the rocker profile.

surfingsurfboardrockerhydrodynamicsdesign-analysis

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

analyze_wave_suitability

Matches the board's design to specific wave energy profiles

get_design_balance

Evaluates the relationship between entry and exit rocker to determine the board's directional character

get_maneuverability_profile

Calculates the board's ability to execute turns and its responsiveness

get_paddle_speed_potential

Determines how efficiently the board will glide through the water during the paddle phase

See how to talk to your AI agent using Rocker Line Analysis.

What is the paddle speed potential for a 6ft board with 0.1 nose rocker and 0.2 tail rocker?

The paddle speed potential score is 0.85, with minimal drag impact due to the relatively flat profile.

Is a board with 0.5 nose rocker and 0.1 tail rocker good for hollow waves?

Yes, this design is highly suited for Hollow/Steep waves as the high nose rocker helps prevent pearling in steep sections.

What is the design character of a board with a 2.0 nose-to-tail rocker ratio?

A ratio of 2.0 indicates a Pivot-heavy design character, optimized for late take-offs and nose prevention.

You can use the `get_paddle_speed_potential` tool by providing the nose rocker, tail rocker, and the total board length.

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