MCP For Claude Marketplace
Power Stroke Duration

Power Stroke Duration MCP Connector for Claude

A+

Calculate optimal kite power stroke metrics and maneuver stability.

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

This MCP server provides advanced kinetic modeling for kiteboarding. It allows AI agents to calculate the primary outcomes of a kite loop or turn using a force integration model. Users can determine the get_optimal_stroke_metrics to find the necessary duration, power, and angle for specific wind and rider conditions. It also includes tools to get_required_kite_size for target energy outputs, analyze_stroke_efficiency to evaluate energy conversion, and simulate_maneuver_stability to predict kite behavior during a stroke.

kiteboardingkinetic-modelingwind-powermaneuver-analysissports-science

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

analyze_stroke_efficiency

Evaluates how effectively a specific stroke configuration converts wind energy into movement

get_optimal_stroke_metrics

Calculates the primary kinetic outcomes of a kite power stroke

get_required_kite_size

Determines the necessary kite size to achieve a target power output

simulate_maneuver_stability

Predicts if the kite will remain stable during the stroke

See how to talk to your AI agent using Power Stroke Duration.

What are the optimal stroke metrics for a 75kg rider on a racing board in 12m/s wind with a 10m2 kite starting from a water start?

For a 75kg rider on a racing board in 12m/s wind, the optimal stroke duration is 2.4 seconds, generating 450 Joules of power with a stroke angle of 85 degrees.

How much kite size do I need to generate 500 Joules in 15m/s wind for an 80kg rider on a freeride board?

To achieve 500 Joules of energy in 15m/s wind for an 80kg rider on a freeride board, an optimal kite size of 11.5m2 is required.

Is a 120-degree stroke angle stable in 8m/s wind with a 9m2 kite?

No, a 120-degree stroke angle in 8m/s wind with a 9m2 kite is likely to result in a stall due to the high angle relative to the wind pressure.

The `get_optimal_stroke_metrics` tool uses a drag coefficient profile based on the selected board type, such as racing or wave, to calculate the required force.

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