# Reserve Fuel Breakdown Calculator AI Agent Connect

> Reserve Fuel Breakdown Calculator handles the heavy lifting of aviation fuel planning. It lets your AI agent split total reserve quantities into specific parts like contingency, alternate, and holding fuel based on your specific policy rules. You can use it to catch mathematical errors or logical conflicts in fuel plans before they become safety issues.

## Overview
- **Category:** aviation
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_YQH1LRoPKoeAp7J8swxGWbpD4g09r6P14yCh8mv1/ai-agent-connect
- **Tags:** aviation, fuel, flight-planning, reserve-calculation, safety-logic

## Description

Planning fuel reserves in aviation requires precision and strict adherence to specific policy thresholds. This MCP gives your AI client the ability to act as a specialized flight planning assistant. Instead of manually calculating how much fuel belongs to contingency versus alternate or final reserve, you can hand these numbers to your agent and let it do the math. 

It doesn't just do arithmetic. The MCP checks your work against safety logic to ensure you aren't proposing impossible fuel scenarios or violating your own operational rules. If your component totals don't match your total reserve budget, the MCP flags the conflict immediately. This makes it a reliable way to audit fuel plans and ensure every kilogram is accounted for according to your specific requirements.

## Tools

### calculate_fuel_components
This tool breaks down a total reserve amount into specific categories like contingency or alternate fuel using your defined rules.

### check_policy_conflicts
Use this to find mathematical errors where your individual fuel components don't add up to the total reserve provided.

### get_reserve_summary_stats
This tool provides a high level overview of the entire fuel profile.

### validate_reserve_integrity
This tool checks your fuel breakdown against safety logic to prevent impossible or negative fuel values.

## Prompt Examples

**Prompt:** 
```
Break down 5000kg of reserve fuel where trip fuel is 20000kg and contingency is 5% of trip fuel.
```

**Response:** 
```
The contingency fuel is 1000kg, leaving 4000kg for other components.
```

**Prompt:** 
```
Check if a reserve breakdown of contingency: 500, alternate: 1000, and final reserve: 2000 is valid for a 3000kg total reserve.
```

**Response:** 
```
A conflict is detected because the sum of components (3500kg) exceeds the total reserve budget (3000kg).
```

**Prompt:** 
```
What is the reserve to trip fuel ratio if trip fuel is 15000kg and total reserve is 3000kg?
```

**Response:** 
```
The reserve to trip fuel ratio is 0.2, and the reserve represents 16.67% of the total fuel on board.
```

## Capabilities

### Component Decomposition
Your agent uses this to split a single reserve number into contingency, alternate, and holding fuel.

### Safety Logic Validation
The AI checks if the fuel breakdown is physically possible and meets safety standards.

### Policy Conflict Detection
Your agent identifies if the sum of fuel parts contradicts the total reserve budget.

### Fuel Profile Summaries
The AI generates high level statistical overviews of the fuel plan.

## Use Cases

### Automated Fuel Auditing
An agent checks a dispatcher's fuel plan to ensure the contingency and alternate fuel match the company policy.

### Rapid Component Calculation
A user quickly splits a large reserve quantity into specific buckets using percentage based rules.

### Safety Verification
The AI validates that a proposed fuel breakdown doesn't result in negative fuel values or logical errors.

### Fuel Ratio Analysis
A planner calculates the ratio of reserve fuel to trip fuel to ensure it meets regulatory requirements.

## Benefits

- Eliminates manual math errors in fuel component distribution.
- Catches logical contradictions between total reserves and individual parts.
- Prevents impossible fuel scenarios through automated safety checks.
- Provides instant statistical summaries of fuel profiles.

## How It Works

You connect the MCP to your AI client and start feeding it fuel data.

1. Connect your preferred AI client to Vinkius.
2. Provide your fuel data and policy rules to your AI agent.
3. The agent calls the necessary tools to calculate or validate the fuel.
4. The agent returns the breakdown, error report, or summary to you.

## Frequently Asked Questions

**How does this MCP handle fuel policy rules?**
You provide the specific percentage or fixed value rules to your AI agent, and it uses the calculate_fuel_components tool to apply them.

**Can this tool detect errors in my fuel plan?**
Yes. It uses check_policy_conflicts to find mathematical errors and validate_reserve_integrity to ensure the plan meets safety logic.

**What kind of AI clients can use this?**
Any MCP-compatible client like Claude, Cursor, Windsurf, or VS Code can use this tool once connected via Vinkius.

**Does it support different fuel types?**
The tool focuses on the mathematical breakdown of reserve quantities into components like contingency and alternate fuel.

**How do I ensure my fuel components add up correctly?**
The check_policy_conflicts tool specifically identifies if your individual components exceed your total reserve budget.

**How do I break down my total reserve fuel?**
You can use the `calculate_fuel_components` tool by providing the total reserve fuel, the trip fuel, and your specific rules for contingency or alternate fuel.

**Does this tool dictate aviation regulations?**
No. The tool only applies the specific policy thresholds and rules provided by the user to the flight data.