Kite Drift Launch

Kite Drift Launch MCP Connector for Claude

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Calculates precise timing and physical parameters for kite deployment during drift launch procedures.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides critical calculations for safe kite deployment from drifting vessels. It determines necessary drift duration and line tension using calculate_drift_parameters, identifies safe deployment periods with analyze_launch_window, and evaluates entanglement likelihood via predict_tangle_risk. Operators can also use get_deployment_summary to receive a consolidated safety recommendation based on environmental vectors and wave action.

kitedriftlaunchmaritime-safetyenvironmental-analysis

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

analyze_launch_window

Identifies the safe period for deployment based on environmental stability

calculate_drift_parameters

Determines the necessary drift duration and the resulting tension on the kite lines

get_deployment_summary

Provides a consolidated view of all necessary launch parameters for the operator

predict_tangle_risk

Evaluates the likelihood of line entanglement during the launch sequence

See how to talk to your AI agent using Kite Drift Launch.

Calculate the drift parameters for a 15m2 kite with 5m/s wind and 2m/s current, with a 100m distance to shore.

The required drift duration is 45 seconds with a line tension of 120 Newtons.

What is the risk of a line tangle if wind is 8m/s, current is 4m/s, kite is 20m2, and waves are 1.5m?

The risk level is Medium with a probability of 0.35, primarily caused by significant wave height.

Is there a safe launch window for a 30s drift duration with 6m/s wind, 1m/s current, and 0.5m waves?

Yes, the safe launch window is 120 seconds long with a high stability rating.

You can use the `calculate_drift_parameters` tool to determine the resulting tension on the kite lines based on wind speed, current speed, and kite size.

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