# Avalanche Transceiver Range Calculator AI Agent Connect

> Avalanche Transceiver Range Calculator MCP provides rescue teams with the math needed for effective search operations. It calculates signal propagation based on burial depth and equipment models, determines how wide a searcher's path will be, and estimates the number of personnel needed to cover a specific area within a set timeframe.

## Overview
- **Category:** physics
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_V9tbiBBsDVodEg7OovKqQtX6aQXENNv4vOs5nW6W/ai-agent-connect
- **Tags:** avalanche, search-and-rescue, electromagnetic, transceiver, emergency

## Description

When you are managing an avalanche rescue, you cannot guess how much ground your team can cover. This MCP handles the electromagnetic physics of transceiver signals so you can focus on the field. You can input specific burial depths and transceiver models to find the effective search radius. It also calculates the lateral width of a search strip and tells you exactly how many people you need to clear a specific area before your time limit runs out. Whether you need a quick check on a single metric or a full operational breakdown, your AI client can process these variables instantly to give you actionable numbers for the field.

## Tools

### analyze_search_scenario
This tool provides a full operational summary including range, width, and manpower requirements.

### calculate_strip_width
Use this to find the lateral width of the coverage area provided by a single searcher.

### estimate_searcher_count
This tool determines the number of people required to cover a defined area within a specific time limit.

### get_effective_range
This tool calculates the maximum distance a searcher can detect a signal based on equipment and environment.

## Prompt Examples

**Prompt:** 
```
What is the effective search range for a Pro-Grade transceiver buried at 2 meters with an orientation of 90 degrees?
```

**Response:** 
```
The effective search range for the Pro-Grade transceiver at a 2-meter depth is 35.5 meters.
```

**Prompt:** 
```
How many searchers do I need to cover 5000 square meters in 600 seconds if each searcher moves at 1.5 m/s and the strip width is 40 meters?
```

**Response:** 
```
You will need 3 searchers to complete the coverage within the 600-second limit.
```

**Prompt:** 
```
Provide a full scenario analysis for a 1000m2 area, 1.5m depth, Pro-Grade model, 45 degree orientation, 1.2 m/s speed, and 300s limit.
```

**Response:** 
```
The operational analysis shows an effective range of 42.0 meters, a strip width of 78.5 meters, and 1 searcher required to complete the task.
```

## Capabilities

### Signal Propagation Math
The AI calculates how burial depth affects transceiver detection distance.

### Manpower Estimation
Your agent determines the number of personnel needed to meet a time constraint.

### Coverage Planning
The AI calculates the lateral width of search strips for field teams.

### Scenario Summaries
Your agent generates a complete overview of search parameters in one step.

## Use Cases

### Rapid Manpower Deployment
Calculate how many people to send into a zone to cover it within a strict time limit.

### Equipment Capability Checks
Determine the maximum detection distance for different transceiver models and depths.

### Search Pattern Planning
Find the optimal strip width for searchers to ensure no gaps in coverage.

### Full Mission Briefing
Generate a complete summary of range, width, and manpower for a specific rescue area.

## Benefits

- Calculates search radius based on specific burial depths.
- Determines personnel needs for specific time windows.
- Provides strip width metrics for searcher deployment.
- Processes complex electromagnetic signal data instantly.

## How It Works

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

1. Connect your preferred MCP-compatible client to Vinkius.
2. Provide the transceiver model and burial depth to your agent.
3. Input the area size and time constraints for manpower math.
4. Receive specific metrics like range, width, or person count.

## Frequently Asked Questions

**What can this MCP calculate for avalanche rescue?**
It calculates effective search radius, strip width, and the number of people needed to cover an area within a time limit.

**How does burial depth affect the results?**
The tool uses burial depth to determine the effective search range for specific transceiver models.

**Can I use this with Claude or Cursor?**
Yes, you can connect this MCP to any MCP-compatible client like Claude, Cursor, or Windsurf.

**Does it require manual math?**
No, your AI client performs all the electromagnetic and manpower calculations using the provided tools.

**What information do I need for a manpower estimate?**
You need the total area size, the time limit, the searcher speed, and the strip width.

**How does burial depth affect the search range?**
Increased burial depth causes signal attenuation, which reduces the effective range calculated by `get_effective_range`.

**Can I calculate the total number of rescuers needed?**
Yes, use the `estimate_searcher_count` tool to determine the required personnel based on area, speed, and time constraints.

**Does the tool account for electromagnetic interference?**
Yes, providing an `interferenceLevel` to tools like `analyze_search_scenario` will adjust the results to account for environmental noise.