# Power Stroke Duration AI Agent Connect

> Calculate optimal kite power stroke metrics and maneuver stability.

## Overview
- **Category:** sports
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_lp9xsZ6NsDvH8y18Jmr9DMXQz1lFFgnRseb6Dfmw/ai-agent-connect
- **Tags:** kiteboarding, kinetic-modeling, wind-power, maneuver-analysis, sports-science

## Description

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.

## Tools

### 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

## Prompt Examples

**Prompt:** 
```
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?
```

**Response:** 
```
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.
```

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

**Response:** 
```
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.
```

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

**Response:** 
```
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.
```

## Frequently Asked Questions

**How does the tool account for different board types?**
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.

**Can I predict if my kite will stall during a turn?**
Yes, you can use `simulate_maneuver_stability` to check if the combination of stroke angle and wind speed will result in a stable maneuver or a stall.

**What is the difference between a water start and active riding?**
A water start requires overcoming static inertia from a standstill, whereas active riding uses existing momentum. You specify this in `get_optimal_stroke_metrics` to get accurate duration results.