Wind Gradient Effect

Wind Gradient Effect MCP Connector for Claude

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Calculate wind speed variation with height using logarithmic profiles.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides tools to model how wind speed changes with altitude. It uses logarithmic wind profiles to help users determine wind speeds at specific operational heights, estimate power gains for kite systems, and calculate gust factors for safety. Use calculate_wind_speed_at_height to find speeds at target altitudes, calculate_power_gain_percentage to see how much more power is available higher up, and calculate_gust_factor to prepare for peak wind speeds.

windkitemeteorologypoweraviation

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

calculate_gust_factor

Calculates a multiplier to estimate peak wind speeds for safety and structural loading

calculate_power_gain_percentage

Estimates the increase in available wind power when moving from the reference height to the kite height

calculate_wind_speed_at_height

Determines the expected wind speed at a specific operational altitude

get_roughness_lookup

Provides standard surface roughness values based on the environment and terrain type

See how to talk to your AI agent using Wind Gradient Effect.

What is the wind speed at 100m if the speed at 10m is 5 m/s, roughness is 0.03, stability is neutral, and it is onshore?

The wind speed at 100m is 7.24 m/s.

How much more power will I get at 150m compared to 10m if the wind speed increases from 5 m/s to 8 m/s?

The power gain is 474.4%.

What is the peak wind speed if the target wind speed is 6 m/s in an unstable onshore environment?

The peak wind speed is 9.0 m/s with a gust factor of 1.5.

You can use the `calculate_wind_speed_at_height` tool. Provide the base wind speed, the reference height, the target height, the surface roughness, the stability class, and the environment type.

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