MCP For Claude Marketplace
Lemniscate Flight Path

Lemniscate Flight Path MCP Connector for Claude

A+

Calculates optimal figure-8 kite flight patterns for maximum power and smoothness.

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

This MCP server provides mathematical modeling for kite pilots to optimize their figure-8 (lemniscate) flight paths. By analyzing wind speed, kite size, and pilot input patterns, the server calculates the ideal stroke amplitude to maximize power peaks while maintaining stability within the wind window. Use calculate_optimal_stroke to find the best pattern width, predict_power_profile to map expected force peaks, and evaluate_flight_smoothness to assess path stability. It also includes validate_wind_window_clearance to ensure flight paths remain safe and within operational boundaries.

kite-flyinglemniscatewind-physicsflight-pathpower-optimization

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

calculate_optimal_stroke

Determines the ideal width of the figure-8 pattern to balance power generation and pilot control

predict_power_profile

Maps out the expected force peaks throughout a single completed figure-8 circuit

validate_wind_window_clearance

Checks if a planned flight path is safe and stays within the boundaries of the wind window

evaluate_flight_smoothness

Measures how fluidly the kite moves through the calculated path, identifying jitter or instability

See how to talk to your AI agent using Lemniscate Flight Path.

What is the optimal stroke amplitude for a 12m² kite in 15 m/s wind with a 0.5 power variation?

The optimal stroke amplitude is 4.2 meters, which provides a balanced stability score for a rhythmic pattern.

Predict the power profile for a 10m² kite with a 3m amplitude in 12 m/s wind using a rhythmic pattern.

The expected peak forces are 450N, occurring at 1.5s intervals, with a total energy per cycle of 1200J.

Is a 5m amplitude safe for a 14m² kite in 20 m/s wind?

No, the flight path is unsafe as the amplitude exceeds the wind window boundaries for this wind speed.

You can use the `calculate_optimal_stroke` tool. Provide the current wind speed, your kite's surface area, and your desired power variation to receive a recommended amplitude and pattern type.

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