MCP For Claude Marketplace
Scuba Gas Planner

Scuba Gas Planner MCP Connector for Claude

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Deterministic gas consumption and depth limit calculations for scuba divers.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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A specialized toolset for scuba divers to perform critical safety calculations. This MCP server provides precise tools to determine breathing endurance, identify safe depth limits based on oxygen toxicity, calculate narcotic effects, and determine the necessary rock-bottom gas reserves for safe ascents. Use calculate_breathing_endurance to find available time at depth, calculate_depth_limits to find your MOD, calculate_narcotic_effect for END, and calculate_safety_reserve for ascent planning.

scubadivinggas-planningsafetynitrox

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

calculate_depth_limits

Identifies the safest depth limits for a specific gas mixture based on oxygen toxicity

calculate_narcotic_effect

Determines the physiological narcotic impact of a gas mix at a specific depth

calculate_safety_reserve

Calculates the minimum volume of gas required to perform a safe ascent from the bottom to the surface

calculate_breathing_endurance

Determines how long a diver can safely breathe a specific gas supply at a specific depth

See how to talk to your AI agent using Scuba Gas Planner.

How long can I breathe a 12L tank at 30 meters if my SAC rate is 20 L/min and current pressure is 200 bar?

At 30 meters (4 ATA), your available breathing time is 30 minutes.

What is my maximum working depth for Nitrox 36 with a ppO2 limit of 1.4?

Your maximum working depth for Nitrox 36 is 34.3 meters.

What is the equivalent narcotic depth for air at 30 meters?

The equivalent narcotic depth is 30 meters.

You can use the `calculate_depth_limits` tool by providing 32 as the oxygen percentage to find your maximum working and deco depths.

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