MCP For Claude Marketplace
Board Speed Variance Calculator

Board Speed Variance Calculator MCP Connector for Claude

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Calculates speed fluctuations and control difficulty for kiteboarders in gusty wind conditions.

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

This MCP server provides specialized tools for kiteboarders to model how wind turbulence affects their speed and control. By analyzing the relationship between wind speed, gust factors, and kite size, users can predict speed variance and assess safety. Use get_speed_variance_metrics to find expected speed ranges, get_kite_suitability to check if a kite is safe for current conditions, simulate_reaction_impact to see how skill improvements reduce spikes, and get_environmental_stability_index to determine wind smoothness.

kiteboardingwindspeedsafetystochastic

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

get_environmental_stability_index

Provides a simplified index of how smooth or choppy the wind environment is

get_kite_suitability

Determines if a specific kite size is appropriate for a given wind condition

get_speed_variance_metrics

Calculates the core statistical speed profiles for a specific kite and wind setup

simulate_reaction_impact

Measures how much a rider's reaction time improvement can reduce speed spikes

See how to talk to your AI agent using Board Speed Variance Calculator.

What will my speed range be with a 12m2 kite in 15m/s wind and a gust factor of 1.5 if I am an intermediate rider?

With those conditions, your expected speed range is between 12.4 m/s and 18.6 m/s, with a control difficulty of moderate.

Is a 7m2 kite safe for 25m/s wind with a gust factor of 1.3 for an advanced rider?

Yes, the kite size is suitable for these conditions and the risk level is low.

How much will my speed variance decrease if I move from beginner to advanced skill?

Moving from beginner to advanced skill will result in a 45% reduction in speed variance.

Higher skill levels reduce the impact of gusts by allowing for more effective depower, which lowers the `speedStandardDeviation` and improves control.

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