MCP For Claude Marketplace
Kite Leading Edge Stiffness Calculator

Kite Leading Edge Stiffness Calculator MCP Connector for Claude

A+

Calculate structural stiffness, deflection, and collapse risk for kite leading edges.

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

This MCP server provides essential engineering calculations for kite design and stability. It allows AI agents to determine the necessary structural stiffness using calculate_stiffness_requirement, assess the likelihood of structural failure with evaluate_collapse_risk, and verify seam strength via verify_seam_integrity. Additionally, it provides material properties through get_material_constants to ensure accurate modeling of kite performance under wind load.

kitestiffnessaerodynamicsstructural-analysisengineering-tools

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

calculate_stiffness_requirement

Determines the necessary structural stiffness required to maintain the kite's shape under specific wind conditions

evaluate_collapse_risk

Assesses the likelihood of the leading edge buckling or flattening due to insufficient internal pressure relative to wind force

get_material_constants

Provides lookup for standard material properties to be used in other calculations

verify_seam_integrity

Checks if the material and seam specifications are sufficient to withstand the internal bladder pressure

See how to talk to your AI agent using Kite Leading Edge Stiffness Calculator.

Calculate the stiffness requirement for a 15m² kite with a 5cm LE diameter, 8m/s wind, and 2 PSI pressure.

The required stiffness is 450.2 N·m²/m, with an estimated deflection of 0.02m and a safety factor of 1.5.

Is a 4cm diameter LE with 1 PSI pressure at risk of collapsing in 12m/s wind for a 10m² kite?

The risk level is High. The critical pressure threshold is 2.5 PSI, leaving a stability margin of -1.5 PSI.

Check if a seam with 0.8 efficiency can hold 3 PSI if the material has 50 MPa tensile strength.

Yes, the seam is safe. The maximum pressure limit is 12.5 PSI, providing a stress margin of 9.5 PSI.

You can use the `evaluate_collapse_risk` tool. Provide the leading edge diameter, bladder pressure, max wind speed, and kite size to receive a risk assessment and the critical pressure threshold.

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