Kite Lofting Risk Assessment

Kite Lofting Risk Assessment MCP Connector for Claude

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Calculate kite lofting risk by balancing aerodynamic lift against rider weight and wind gusts.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides critical safety calculations for kite flyers. By analyzing the balance between aerodynamic lift and rider weight, it predicts the likelihood of lofting accidents. Use get_risk_assessment for a full safety profile, check_kite_suitability to verify if a kite size is safe for current wind speeds, simulate_gust_impact to evaluate sudden wind surges, and get_positional_hazard to account for terrain risks like dunes or shorelines.

kitewindsafetyaerodynamicsrisk-assessment

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

get_positional_hazard

Adjusts the risk assessment based on where the rider is located on the beach

check_kite_suitability

Determines if a specific kite size is appropriate for the current wind and rider weight to prevent lofting

get_risk_assessment

Provides a complete risk profile including the danger score and recommended safety measures

simulate_gust_impact

Evaluates how a sudden surge in wind will affect the current lift-to-weight stability

See how to talk to your AI agent using Kite Lofting Risk Assessment.

What is my lofting risk if the wind is 15 m/s, gust factor is 1.2, kite size is 8m2, rider weight is 75kg, and I am at the shoreline?

The current risk score is 7. Immediate grounding required due to high lift potential at the shoreline.

Is a 12m2 kite safe for a 80kg rider in 10 m/s wind?

No, the kite is unsuitable. The recommended maximum kite size for these conditions is 7m2.

How much will a 1.5 gust factor impact my stability in 12 m/s wind with a 10m2 kite and 70kg weight?

The peak lift force is estimated at 145N, with a lofting probability of 65%. The impact severity is moderate.

The risk is determined by the ratio of aerodynamic lift generated by the kite to the total weight of the rider, amplified by the gust factor and thermal activity.

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