# Board Ding Repair Assistant AI Agent Connect

> Board Ding Repair Assistant is a specialized MCP that handles the technical math and chemistry for surfboard maintenance. It calculates the exact amount of resin and fiberglass you need, determines the best repair method based on damage severity, and checks if your chosen materials are chemically compatible with your board's core, like EPS or PU.

## Overview
- **Category:** tools
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_JYqJf2dV1bwBPOGlBAUSedQh6RLWUxKrnzNAeTJQ/ai-agent-connect
- **Tags:** surfboard, repair, composite, maintenance, epoxy

## Description

Fixing a surfboard isn't just about slapping resin on a crack. If you use the wrong resin on an EPS core, you'll melt the board. If you misjudge water absorption, you might be looking at a total structural failure. This MCP acts as a technical consultant for your repair projects. You can feed your AI client details about a puncture or delamination, and it will run the numbers to tell you exactly what to buy and how to fix it. It handles the compatibility checks between resins and cores so you don't ruin expensive gear. It also evaluates how much water has likely soaked into the foam to help you decide if a simple patch is enough or if the board is a lost cause. Instead of guessing, you get a specific technical roadmap for every ding.

## Tools

### assess_water_damage_risk
This tool checks if water absorption has caused internal structural failure. It helps you decide if a board is still safe to ride after a puncture.

### calculate_material_requirements
This tool generates a list of the specific consumables you need. It tells you exactly how much resin, fiberglass, or sandpaper to have on hand for a specific repair.

### get_construction_compatibility
This tool validates chemical and structural compatibility. It ensures the resin you pick won't damage the specific core material of your board.

### get_repair_strategy
This tool determines the best technical approach for a repair. It looks at the severity of the damage to pick the right method.

## Prompt Examples

**Prompt:** 
```
I have a 5cm² puncture on an EPS surfboard that was in the water for 10 minutes. What is the repair strategy?
```

**Response:** 
```
The recommended method is a surface patch. For a 5cm² puncture on EPS, you will need Epoxy Resin and Fiberglass Cloth. The water damage risk is Low.
```

**Prompt:** 
```
How much resin do I need for a 20cm² delamination on a PU board?
```

**Response:** 
```
For a 20cm² delamination on a PU board, you will need approximately 45ml of resin along with fiberglass cloth and sandpaper.
```

**Prompt:** 
```
Is it safe to use a standard patch on a carbon fiber board?
```

**Response:** 
```
You should check compatibility first. Using get_construction_compatibility will confirm if the specific repair method is structurally suitable for carbon fiber.
```

## Capabilities

### Material Calculation
The AI calculates the exact volume of resin and amount of cloth needed for a specific damage area.

### Chemical Compatibility
The AI checks if your resin choice is safe for EPS, PU, or carbon fiber constructions.

### Damage Assessment
The AI evaluates the risk of internal structural failure based on water exposure.

### Method Selection
The AI picks the right repair technique based on the size and type of the ding.

## Use Cases

### Puncture Repair
Determine if a small hole in an EPS board requires a simple patch or a more intensive fix.

### Delamination Fixes
Calculate the amount of resin required to fill a specific area of delamination.

### Material Verification
Check if a specific resin is safe to use on a carbon fiber or PU board before starting work.

### Safety Checks
Assess if a board that sat in the water too long is still structurally sound.

## Benefits

- Prevents core damage by verifying resin and foam compatibility.
- Reduces wasted materials by calculating exact consumable needs.
- Identifies hidden structural risks from water absorption.
- Provides a technical roadmap for different damage severities.

## How It Works

Connect the MCP to your AI client and start asking technical questions about board damage.

1. Connect the MCP to Claude, Cursor, or Windsurf via Vinkius.
2. Describe the board type and the damage to your AI client.
3. The AI uses the MCP tools to run calculations and compatibility checks.
4. Receive a specific repair strategy and material list.

## Frequently Asked Questions

**Can I use this MCP with Claude?**
Yes. You can connect this MCP to any compatible client like Claude, Cursor, or Windsurf through the Vinkius platform.

**How does it help with resin selection?**
The tool uses get_construction_compatibility to ensure the resin you choose won't chemically react poorly with the board's core material.

**Will it tell me how much resin to buy?**
Yes. The calculate_material_requirements tool provides specific amounts of consumables needed for your repair.

**Does it work for epoxy and polyester resins?**
Yes. It checks compatibility for various materials to ensure the repair is structurally and chemically sound.

**How does it handle water damage?**
The assess_water_damage_risk tool evaluates the potential for internal structural failure caused by water absorption.