MCP For Claude Marketplace
Cold Injury Risk Calculator

Cold Injury Risk Calculator MCP Connector for Claude

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Assess frostbite and hypothermia risks based on temperature, wind, and clothing.

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

This MCP server provides critical safety calculations for cold environments. It uses heat balance models and wind chill factors to determine physiological risks. Use calculate_hypothermia_risk to monitor core temperature drops, calculate_frostbite_risk to estimate time-to-injury for specific extremities like fingers or ears, and get_exposure_limit_recommendation for a conservative safety window. You can also use compare_clothing_scenarios to see how adding insulation affects your safety profile.

weatherfrostbitehypothermiasafetycold-exposure

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

calculate_frostbite_risk

Calculates the risk of frostbite for a specific body part

calculate_hypothermia_risk

Calculates the risk of hypothermia based on environmental and physiological factors

compare_clothing_scenarios

Compares the impact of adding clothing insulation on risk

get_exposure_limit_recommendation

Provides a safe exposure limit recommendation

See how to talk to your AI agent using Cold Injury Risk Calculator.

What is my hypothermia risk if it is -10°C with 5 m/s wind, wearing 1.5 clo, and I've been out for 30 minutes at a normal activity level?

Your hypothermia risk score is 0.45, with an estimated core temperature of 36.2°C. Your recommended maximum exposure is 120 minutes.

How long until I get frostbite on my fingers at -15°C with 10 m/s wind and 0.5 clo insulation?

Frostbite on your fingers is estimated to occur in 12 minutes, which is an Extreme risk level.

What happens to my safety limit if I add 1.0 clo of insulation at -5°C and 2 m/s wind?

Adding 1.0 clo of insulation will reduce your risk by 35% and increase your safe exposure time from 45 minutes to 75 minutes.

The assessments use standard physiological heat balance models and wind chill formulas to provide estimates for safety planning.

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