Kite Wind Window Analyzer

Kite Wind Window Analyzer MCP Connector for Claude

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Calculates effective wind window area and power zone dynamics using spherical cap geometry.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides precise calculations for kiteboarding safety and performance. By applying spherical cap geometry, it determines the total wind window area and the specific dimensions of the power zone. It accounts for environmental constraints like obstacle interference and wind gradients, while ensuring rider safety through vertical clearance metrics. Use get_total_wind_window_area for theoretical limits, get_usable_wind_window for real-world usable space, get_power_zone_dimensions for high-pull regions, and get_safety_clearance_metrics to evaluate vertical safety margins.

kiteboardingwindgeometrysafetyaerodynamics

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

get_safety_clearance_metrics

Evaluates the vertical safety margins based on rider height and wind conditions

get_total_wind_window_area

Calculates the theoretical total area available for kite movement

get_power_zone_dimensions

Calculates the size and location of the high-power region within the window

get_usable_wind_window

Determines the actual usable percentage of the wind window after accounting for rider and environmental constraints

See how to talk to your AI agent using Kite Wind Window Analyzer.

What is the total wind window area for a 25m kite line?

The total wind window area for a 25m line is approximately 981.75 m².

Calculate the usable wind window for a 25m line, 1.8m rider height, and 10% obstacle interference.

The usable wind window area is 883.58 m² with a usable percentage of 90%.

Check the safety clearance for a 25m line and a 1.8m rider.

The vertical clearance is 23.2 meters, and the safety status is secure.

The area is derived using spherical cap geometry where the radius is defined by the kite line length.

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