# Assisted Stretch Session Planner AI Agent Connect

> Assisted Stretch Session Planner MCP builds structured stretching programs based on specific client flexibility and goals. It handles the heavy lifting of checking safety constraints and selecting the right movements so you can focus on the physical application. Use it to design sessions for pain relief, mobility improvements, or athletic performance.

## Overview
- **Category:** health
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_emFJJz4Kzh3dVnQbcSEFBOjPPk1pGv0CA7Fw2KAE/ai-agent-connect
- **Tags:** stretching, flexibility, mobility, physical-therapy, fitness-planning

## Description

You can use this MCP to build professional stretching programs without second-guessing the physiological safety of your sequences. Instead of manually checking every movement against a client's specific limitations, you let your AI client handle the math and the logic. You provide the client's goals and current flexibility levels, and the MCP calculates the safe intensity boundaries and selects appropriate movements from a built-in library. It's built to help you move from a vague idea of a session to a structured, audited plan that respects the client's physical constraints. Whether you are working with a hypermobile athlete or someone recovering from injury, the tool ensures the sequence follows safety principles before you ever step into the room.

## Tools

### analyze_flexibility_constraints
This tool determines the safe intensity boundaries for a client based on their specific assessment data.

### get_stretch_library
Use this to pull a list of available stretches categorized by their target body area.

### plan_session
This tool generates a complete, structured assisted stretching session plan from scratch.

### validate_sequence_safety
This tool audits your proposed stretch sequence to ensure it follows physiological safety principles.

## Prompt Examples

**Prompt:** 
```
Plan a 30-minute mobility session for a client with limited flexibility and tight hip flexors.
```

**Response:** 
```
The 30-minute mobility session includes: 5 minutes of general warm-up, 10 minutes of gentle hip flexor stretches at low intensity, and 15 minutes of targeted lower body movements.
```

**Prompt:** 
```
What are the safe intensity levels for a hypermobile client?
```

**Response:** 
```
For hypermobile clients, the recommended maximum intensity is moderate to prevent joint instability.
```

**Prompt:** 
```
I need a high-intensity performance session for an athlete with normal flexibility focusing on hamstrings.
```

**Response:** 
```
The performance session for hamstring focus includes high-intensity end-range stretches with controlled hold times to optimize muscle length-tension relationships.
```

## Capabilities

### Safety Boundary Calculation
The AI uses client assessments to set specific intensity limits.

### Movement Selection
Your agent pulls specific stretches from a categorized library.

### Full Program Generation
The MCP builds complete, timed session structures.

### Sequence Auditing
The tool checks your planned movements against physiological safety rules.

## Use Cases

### Athletic Performance
Design high-intensity end-range stretching sessions for athletes with normal flexibility.

### Injury Recovery
Create low-intensity mobility sessions for clients with specific physical constraints.

### Hypermobility Management
Set moderate intensity limits to prevent joint instability in hypermobile clients.

### Routine Mobility
Build 30-minute sessions focused on specific areas like hip flexors.

## Benefits

- Calculates safe intensity levels based on individual client assessments.
- Reduces planning time by generating structured session outlines.
- Provides a safety audit for proposed stretch sequences.
- Organizes movements into a searchable library by target area.

## How It Works

Connect your AI client to Vinkius and start generating plans immediately.

1. Connect your preferred MCP-compatible client to Vinkius.
2. Provide your client's flexibility assessment and goals to your AI agent.
3. The MCP calculates safety constraints and selects movements.
4. Review the generated, audited session plan.

## Frequently Asked Questions

**How does the MCP ensure stretching sessions are safe?**
The MCP uses a tool to analyze flexibility constraints and another to audit the entire sequence against physiological safety principles.

**Can I use this for athletes?**
Yes, you can request high-intensity performance sessions specifically designed for athletes with normal flexibility.

**What clients is this MCP compatible with?**
It works with any MCP-compatible client like Claude, Cursor, Windsurf, or VS Code.

**Does it work for hypermobile clients?**
Yes, it can recommend moderate intensity levels for hypermobile clients to help prevent joint instability.

**How are the stretches organized?**
The stretch library is organized by target body area, making it easy for your agent to find specific movements.

**How does the planner ensure client safety?**
The server uses `validate_sequence_safety` to audit every proposed sequence against physiological principles, ensuring intensity levels match the client's flexibility profile.

**Can I customize the session duration?**
Yes, when using `plan_session`, you can specify the exact number of minutes for the session, and the engine will ensure all stretches fit within that timeframe.

**What types of goals can I set?**
You can choose between pain relief, mobility, or performance as the primary goal for the session.