Pop-Up Mechanics Analyzer

Pop-Up Mechanics Analyzer MCP Connector for Claude

A+

Calculate the explosive force and power required for a surfer's pop-up maneuver.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides precise biomechanical calculations for surfers. By analyzing height, weight, and maneuver duration, you can determine the exact physical demands of a pop-up. Use analyze_pop_up_physics to calculate required force and power, or compare_surfer_profiles to evaluate explosive strength differences between athletes.

surfingphysicsbiomechanicsathleteperformance

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

get_efficiency_thresholds

Retrieve the time-based categories used for performance evaluation

analyze_pop_up_physics

Calculate specific physical metrics required for a surfer to execute a pop-up within a given time

compare_surfer_profiles

Compare the power requirements of two different surfers for a standardized pop-up time

See how to talk to your AI agent using Pop-Up Mechanics Analyzer.

Calculate the physics for a 180cm, 75kg surfer performing a pop-up in 0.6 seconds.

The center of gravity shift is 99 cm. The required force is 831.23 Newtons, the power output is 97.31 Watts, and the performance is rated as Good.

What are the efficiency thresholds for pop-up performance?

Performance is categorized as Elite for times under 0.5s, Good for 0.5s to 0.8s, and Needs Improvement for times over 0.8s.

Compare a 170cm, 60kg surfer with a 190cm, 85kg surfer for a 0.7s pop-up.

The second surfer requires 134.52 Watts more power than the first surfer to complete the maneuver in 0.7 seconds.

You can use the `analyze_pop_up_physics` tool. Provide the surfer's height in cm, weight in kg, and the target pop-up time in seconds to get the power output in Watts.

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