Kite Line Vibration Analyzer

Kite Line Vibration Analyzer MCP Connector for Claude

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Calculate kite line natural frequency and resonance risk.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides engineering tools to prevent structural failure in kite flying systems. It calculates the natural frequency of a line using get_natural_frequency, evaluates aeroelastic resonance risk with evaluate_resonance_risk, and determines necessary mitigation via calculate_damping_requirement. You can also retrieve material-specific mass data using get_material_properties.

kitevibrationresonancephysicsstructural-integrity

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

calculate_damping_requirement

Determines the necessary damping characteristics to mitigate vibration

evaluate_resonance_risk

Determines if the current wind conditions pose a danger of resonance

get_material_properties

Provides standard mass-per-meter values based on line diameter and material type

get_natural_frequency

Calculates the fundamental natural frequency of a kite line

See how to talk to your AI agent using Kite Line Vibration Analyzer.

What is the natural frequency of a 50m Nylon line with 100N tension and 0.01 kg/m mass?

The natural frequency is 2.0 Hz.

Is there a resonance risk if the wind gust frequency is 2.1 Hz and the natural frequency is 2.0 Hz?

The risk level is Critical due to the high frequency proximity.

What damping is needed for a High risk level at 2.0 Hz?

A damping coefficient of 0.15 is required; it is recommended to use a heavier line or add a vibration dampener.

Use `evaluate_resonance_risk` to check if wind gusts match the line's natural frequency, then use `calculate_damping_requirement` to find the necessary mitigation steps.

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