MCP For Claude Marketplace
Kite Canopy Porosity Analyzer

Kite Canopy Porosity Analyzer MCP Connector for Claude

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Assess kite canopy health and porosity degradation.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for paragliding and kite performance analysis. It calculates how environmental factors like UV exposure and flight hours impact fabric porosity. Use analyze_canopy_health to get a full assessment of air permeability and retirement status, or validate_retirement_safety to check if a canopy meets safety standards for flight.

paraglidingkiteporosityfabric-degradationaerodynamics

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

analyze_canopy_health

Provides a comprehensive assessment of the current state of a kite canopy based on its usage history

calculate_performance_impact

Determines how much the current porosity will specifically degrade the flight glide ratio

validate_retirement_safety

Evaluates if a canopy meets the safety standards for flight based on current porosity levels

get_material_specifications

Retrieves the baseline performance and degradation constants for a specific fabric type

See how to talk to your AI agent using Kite Canopy Porosity Analyzer.

Analyze the health of a Lightweight Ripstop canopy with 150 flight hours, 200 UV exposure hours, and 5 cleanings.

The canopy has an estimated porosity of 2.4%, an estimated power loss of 3.1%, and the status is Safe.

Is a Heavy-Duty Laminate canopy with 500 porosity safe to fly?

No, the canopy is not safe to fly as the porosity exceeds the safety threshold for this material type.

What is the glide ratio reduction for a canopy with 5% porosity and 2% baseline porosity?

The glide ratio reduction is 12.5% and the increase in parasite drag is 4.2%.

You can use the `validate_retirement_safety` tool with your current porosity levels and material type to determine if the canopy meets safety standards.

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