MCP For Claude Marketplace
Avalanche Transceiver Range Calculator

Avalanche Transceiver Range Calculator MCP Connector for Claude

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Calculates effective search radius, strip width, and manpower for avalanche rescue operations.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides critical electromagnetic signal propagation calculations for avalanche rescue teams. It determines the effective search radius based on transceiver models and burial depth, calculates the lateral coverage width for searchers, and estimates the total personnel required to cover a specific area within a time limit. Use analyze_search_scenario for a complete operational overview or individual tools like get_effective_range and calculate_strip_width for specific metrics.

avalanchesearch-and-rescueelectromagnetictransceiveremergency

4 tools expose this connector's capabilities to your AI agent.

analyze_search_scenario

Provides a comprehensive summary of a search operation including range, width, and manpower

calculate_strip_width

Calculates the lateral width of the coverage area provided by a single searcher

estimate_searcher_count

Determines how many people are needed to cover a defined area within a time constraint

get_effective_range

Determines the maximum distance a searcher can detect a signal under specific environmental and equipment conditions

See how to talk to your AI agent using Avalanche Transceiver Range Calculator.

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

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

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?

You will need 3 searchers to complete the coverage within the 600-second limit.

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.

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.

Increased burial depth causes signal attenuation, which reduces the effective range calculated by `get_effective_range`.

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