Wave Forecast Interpreter

Wave Forecast Interpreter MCP Connector for Claude

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Translates raw oceanographic data into actionable surf conditions.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server acts as a bridge between raw oceanographic forecast data and surfers. It interprets the complex interactions between swell height, wave period, swell direction, and wind to provide accurate surf quality ratings. By accounting for local bathymetry and coastline orientation, it uses tools like analyze_swell_quality and find_best_surf_windows to predict breaking wave heights and identify the best time windows for surfing. It also helps determine how seafloor types like reef or sand affect wave energy via calculate_bathymetry_adjustment and evaluates wind impact using check_wind_alignment.

surfwavesoceanweatherforecast

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

analyze_swell_quality

Answers "How good will the surf be at a specific location during a given time?"

calculate_bathymetry_adjustment

Answers "How will the local seafloor change the raw swell height?"

check_wind_alignment

Answers "Is the wind helping or hurting the surf quality?"

find_best_surf_windows

Answers "When is the best time to go surfing within a given forecast period?"

See how to talk to your AI agent using Wave Forecast Interpreter.

How good will the surf be with a 2m swell, 14s period, 180 degree swell direction, 190 degree wind direction, 5 knot wind, and a 170 degree coastline?

The surf will be Epic. The high period and offshore wind alignment will create excellent, clean waves with an expected height of 2.2 meters.

Is the wind helping or hurting the surf if the wind is from 270 degrees and the coast faces 90 degrees?

The wind is Offshore, which will help groom the wave faces and improve surf quality.

How will a 1.5m swell with a 10s period change if it hits a reef bottom?

On a reef bottom, the expected breaking wave height will increase to 1.8 meters due to the concentrated energy.

The ratings are calculated by analyzing the synergy of swell period, height, and wind alignment relative to the coastline, providing a highly reliable estimate of surf conditions.

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