Kite Relaunch Probability

Kite Relaunch Probability MCP Connector for Claude

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Estimates kite relaunch success based on wind, water, and kite type.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized physics-based models to predict the success of relaunching a kite from the water. It accounts for kite geometry (Bow vs C-type), wind velocity, water depth, and surface tension. Users can use get_relaunch_probability to assess success likelihood, calculate_minimum_wind to find required wind speeds, analyze_drag_impact to evaluate water resistance, and get_technique_guidance for specific physical maneuvers.

kiteboardingaerodynamicswindwater-sportsphysics-model

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

analyze_drag_impact

Analyzes how water depth and line length impede the kite's ability to break surface tension

calculate_minimum_wind

Determines the lowest wind speed required to achieve a successful relaunch

get_relaunch_probability

Provides a high-level success estimate for a specific relaunch scenario

get_technique_guidance

Provides specific physical maneuvers recommended based on the kite type and current situation

See how to talk to your AI agent using Kite Relaunch Probability.

What is the relaunch probability for a bow kite in 12 m/s wind, 2m water depth, not inverted, 12m2 size, and 25m lines?

The relaunch probability is 0.85 with a difficulty score of 2. A side-slip technique is recommended.

How much wind do I need for a C-kite in 5m water depth, 10m2 size, 25m lines, and it is inverted?

You will need a minimum wind speed of 18 m/s to successfully relaunch this kite.

What technique should I use for a C-kite in 15 m/s wind that is currently inverted?

The primary technique is a Sweep. You should first correct the kite's orientation before performing the pull to catch the wind effectively.

Different kite shapes respond differently to wind. For example, `get_technique_guidance` might recommend different maneuvers for a Bow kite versus a C-kite due to their aerodynamic profiles.

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