Breath-Hold Capacity Estimator

Breath-Hold Capacity Estimator MCP Connector for Claude

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Predict apnea capabilities and optimize training for surfers.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for surfers and apnea athletes to estimate their breath-hold capacity. It differentiates between static apnea and dynamic apnea to provide accurate physiological predictions. Use estimate_static_apnea to predict motionless breath-hold duration, or estimate_dynamic_apnea to account for movement during activities like surfing. The server also includes get_training_recommendations for tailored exercise plans and analyze_training_progress to track physiological adaptation over time.

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

analyze_training_progress

Evaluates how recent training has influenced the user's estimated capacities

estimate_dynamic_apnea

Predicts breath-hold duration during active movement, such as surfing or swimming

estimate_static_apnea

Predicts how long a user can hold their breath while remaining motionless

get_training_recommendations

Provides tailored training advice based on the user's current capacities and goals

See how to talk to your AI agent using Breath-Hold Capacity Estimator.

Estimate my static apnea capacity with a lung capacity of 5 liters, moderate fitness, and a CO2 tolerance of 0.8.

Your estimated static apnea time is 145 seconds with a high confidence level.

What training should I do if my static capacity is 120s and my dynamic capacity is 45s, and I want to increase CO2 tolerance?

To increase CO2 tolerance, you should focus on CO2 tables and specialized breath-holding drills to reduce the urge to breathe.

Estimate my dynamic apnea for a high-intensity surf session with 4 liters of lung capacity and elite fitness.

Your estimated dynamic apnea time is 55 seconds.

Static apnea is holding your breath while remaining still, whereas dynamic apnea involves movement like swimming or duck-diving, which consumes oxygen faster.

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