MCP For Claude Marketplace
Wave Riding Angle

Wave Riding Angle MCP Connector for Claude

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Calculate optimal approach angles, section speeds, and air time potential for surfing.

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

This MCP server provides analytical tools for surfers to optimize their performance based on wave kinematics and environmental conditions. Use get_optimal_approach_angle to find the best angle to stay in the pocket, calculate_section_matching_speed to match the velocity of the breaking section, estimate_air_time_potential to predict verticality and flight time, and evaluate_ride_safety to assess the risks of specific wave and gear combinations.

surfingwave-kinematicsoceanperformanceweather

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

calculate_section_matching_speed

How fast do I need to travel to stay ahead of the breaking part of the wave?

estimate_air_time_potential

How much verticality and air time can I expect from this wave?

evaluate_ride_safety

Is this specific combination of wave and gear safe to ride?

get_optimal_approach_angle

At what angle should I point my board to stay in the pocket of the wave?

See how to talk to your AI agent using Wave Riding Angle.

What angle should I point my board to stay in the pocket? The wave is moving at 5 m/s at 90 degrees, wind is at 45 degrees, and I am using a Shortboard.

You should maintain an approach angle of 15 degrees from the wave direction, resulting in a recommended heading of 105 degrees.

How fast do I need to go to stay ahead of the wave? Wave speed is 4 m/s, direction is 180 degrees, steepness is 0.3, and I have a Fish board.

Your target speed is 4.6 m/s, with a recommended velocity buffer of 0.4 m/s.

Is it safe to ride a 6 m/s wave with 0.5 steepness using a Shortboard? Wind is at 200 degrees and wave is at 180 degrees.

The safety rating is 65. The primary risk factor is High Wind Overturning. It is recommended to use a longer board.

Provide the wave speed, wave direction, wind direction, and your board type to `get_optimal_approach_angle` to receive a recommended heading.

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