Apparent Wind Calculator

Apparent Wind Calculator MCP Connector for Claude

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Calculate apparent wind speed, angle, and power for kiteboarding.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides essential vector math for kiteboarders. It calculates the apparent wind speed and direction felt by the kite by combining true wind vectors with the rider's board speed. Use calculate_apparent_wind to find the exact wind conditions, assess_power_potential to predict kite drive, get_wind_stability_index to measure wind volatility, and convert_wind_units for regional speed conversions. It connects your AI assistant to real-time kite physics.

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

assess_power_potential

Assesses the potential power/drive the kite can generate

calculate_apparent_wind

Calculates the apparent wind speed, angle, and direction felt by the kite

convert_wind_units

Converts wind speed from m/s to other units

get_wind_stability_index

Calculates how stable the apparent wind is relative to speed fluctuations

See how to talk to your AI agent using Apparent Wind Calculator.

The true wind is 10 m/s from 0 degrees, and I am riding at 5 m/s heading 180 degrees. What is my apparent wind?

Your apparent wind speed is 11.18 m/s and the direction is from 350.4 degrees.

My apparent wind speed is 15 m/s at an angle of 30 degrees. How much power will I have?

You can expect High power from your kite in these conditions.

Convert 12 m/s to knots.

12 m/s is equal to 23.33 knots.

You can provide your current true wind speed and board speed to `calculate_apparent_wind` to understand the actual force acting on your kite.

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