MCP For Claude Marketplace
Wave Section Speed Predictor

Wave Section Speed Predictor MCP Connector for Claude

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Predictive modeling for surfer velocity and timing to navigate wave sections.

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

This MCP server provides precise predictive modeling for surfers to determine the velocity and timing required to successfully navigate breaking wave sections. By analyzing wave length, peel angle, and wave speed, the tools calculate the necessary board speed and the available time window for maneuvers. Use query_required_speed to find the minimum velocity needed, analyze_reform_risk to assess close-out probability, and get_section_feasibility for a final Go/No-Go decision.

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

analyze_reform_risk

Evaluates if a wave section is likely to collapse or close out before the surfer can pass through

calculate_timing_window

Calculates the specific window of time available to perform maneuvers within a section

get_section_feasibility

Provides a high-level "Go/No-Go" decision based on all environmental and rider factors

query_required_speed

Determines how fast a surfer must move their board to stay ahead of a breaking wave section

See how to talk to your AI agent using Wave Section Speed Predictor.

How fast do I need to go for a 20m section with a 30 degree peel angle, 5m/s wave speed, and a 45 degree approach?

You need a minimum board speed of 7.2 m/s. You have approximately 2.8 seconds to reach the section.

Is it safe to attempt a 15m section with a 45 degree peel angle and 6m/s wave speed if my current speed is 5m/s?

Do Not Attempt. Your current speed is insufficient to outrun the breaking section.

What is the risk of a close-out for a 10m section with a 60 degree peel angle and 4m/s wave speed?

The risk level is Critical with a reform probability of 0.85. It is highly recommended to increase speed.

You can use the `get_section_feasibility` tool. Provide the section length, peel angle, wave speed, approach angle, and your current board speed to receive a direct Go or No-Go recommendation.

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