# Caballerial Rotation Speed AI Agent Connect

> Caballerial Rotation Speed MCP provides technical physics calculations for skateboarding maneuvers. It helps you bridge the gap between skater input and the physical requirements of switch-stance takeoff and fakie landings. Your AI client uses this data to predict rotational velocity, landing stability, and the impact of stance proficiency on performance.

## Overview
- **Category:** sports
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_XTW7lf5t4YsQqBrXqfoGdhGBuQgbFedWtjhk6Ry7/ai-agent-connect
- **Tags:** skateboarding, physics, rotation, maneuver, caballerial

## Description

If you are analyzing the mechanics of a caballerial, you need more than just a guess. This MCP handles the heavy lifting of physics calculations for switch-stance skateboarding. It translates specific skater inputs into actionable data regarding rotational velocity and takeoff trajectories. You can use it to figure out exactly how much spin you need for a specific speed or how much your lack of switch proficiency will drag down your performance. It also accounts for the specific difficulty of fakie landings to predict if a maneuver will actually stick. Instead of guessing if a 540 is physically possible at a certain speed, you can get a concrete breakdown of the rotational demands and landing risks.

## Tools

### get_landing_stability
Predicts how stable a skater will be upon landing. It specifically calculates for the fakie landing condition.

### get_maneuver_summary
Provides a high-level overview of the physical demands for a specific caballerial attempt.

### get_rotation_requirements
Determines the exact rotational velocity and takeoff trajectory needed to complete a spin.

### get_switch_penalty
Calculates the performance drop caused by a skater's lack of familiarity with the switch stance.

## Prompt Examples

**Prompt:** 
```
What are the rotation requirements for a 360 caballerial at 5 m/s with a pop timing of 0.5?
```

**Response:** 
```
For a 360 rotation at 5 m/s, the required rotation speed is 12.5 deg/s with a takeoff angle of 35 degrees and a landing buffer of 2.1.
```

**Prompt:** 
```
How much stability will I have if I have a stance comfort of 0.4 for a 540 spin?
```

**Response:** 
```
With a stance comfort of 0.4, your stability score is 0.55 after accounting for the fakie difficulty penalty.
```

**Prompt:** 
```
Give me a summary for a 360 caballerial: 4 m/s speed, 0.8 comfort, 0.4 pop timing.
```

**Response:** 
```
The total rotation demand is 15.2 deg/s, the estimated takeoff angle is 32 degrees, and the landing risk level is Low.
```

## Capabilities

### Rotation Modeling
Your agent calculates the necessary rotational velocity and takeoff angles for specific spins.

### Stance Analysis
The AI determines how switch-stance proficiency affects overall maneuver performance.

### Landing Prediction
Your client predicts landing stability by factoring in fakie landing conditions.

### Maneuver Summarization
The MCP generates a complete overview of the physical demands for any attempted spin.

## Use Cases

### Feasibility Testing
Check if a 540 spin is physically possible at a given approach speed.

### Stance Proficiency Assessment
Determine how much a skater's switch comfort will impact their landing stability.

### Trajectory Planning
Find the exact takeoff angle needed to complete a specific rotation.

### Risk Evaluation
Use landing stability scores to assess the risk of a specific maneuver attempt.

## Benefits

- Calculates specific rotational velocity requirements.
- Quantifies the performance penalty of switch-stance riding.
- Predicts landing success based on fakie conditions.
- Provides takeoff trajectory data for specific speeds.

## How It Works

Connect your client to Vinkius and start running physics calculations immediately.

1. Connect your MCP-compatible client to Vinkius.
2. Provide your skater inputs like speed, pop timing, and stance comfort.
3. The AI invokes the necessary physics tools.
4. Receive specific data on rotation, trajectory, and stability.

## Frequently Asked Questions

**What can this MCP calculate for skateboarding?**
It calculates rotational velocity, takeoff trajectories, switch-stance penalties, and landing stability for caballerial maneuvers.

**How does it handle switch-stance riding?**
It uses the get_switch_penalty tool to calculate how much a skater's lack of switch proficiency degrades their performance.

**Can it predict if I will land a trick?**
Yes, the get_landing_stability tool predicts landing success by accounting for fakie landing conditions.

**Which AI clients can use this?**
You can use this with any MCP-compatible client including Claude, Cursor, Windsurf, and VS Code.

**Do I need to host the physics engine myself?**
No, Vinkius hosts and manages the MCP so it is ready to use as soon as you connect.

**How do I calculate the required rotation for a 540 caballerial?**
You can use the `get_rotation_requirements` tool by providing your approach speed, the 540 spin degree, and your pop timing.

**How does switch stance proficiency affect my results?**
The `get_switch_penalty` tool calculates how your stance comfort level increases the required rotation speed and decreases landing stability.

**Can I get a full summary of my attempt?**
Yes, the `get_maneuver_summary` tool aggregates rotation demand, takeoff angle, and landing risk into a single overview.