Board Float Time Calculator

Board Float Time Calculator MCP Connector for Claude

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Calculate board buoyancy, visibility, and retrieval urgency after a rider fall.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized physics-based calculations to determine how long a board will remain buoyant after a rider falls. By analyzing board volume, rider weight, and water salinity, it provides critical safety data including expected float time, visibility scores, and retrieval urgency. Use calculate_float_duration to get a full assessment, assess_visibility to check surface visibility, get_urgency_level to determine risk, or evaluate_strap_impact to see how hardware like leashes affects buoyancy.

buoyancysafetywater-sportsphysicsretrieval

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

assess_visibility

Determine how visible the board will be on the water surface

calculate_float_duration

Determine how long a board is expected to remain buoyant after a fall

evaluate_strap_impact

Adjust buoyancy and retrieval parameters based on the hardware used

get_urgency_level

Categorize the immediate danger level of a lost board

See how to talk to your AI agent using Board Float Time Calculator.

How long will my 80L board stay afloat if I weigh 75kg and the board weighs 5kg in seawater?

Based on your equipment and the seawater density, the board is expected to remain buoyant for 45 minutes with a high visibility score.

What is the urgency if my board has low visibility and only 5 minutes of float time left?

The urgency level is critical. Immediate action is required to locate and retrieve the board.

How much will using a footstrap instead of a leash affect my buoyancy?

A footstrap applies a higher buoyancy penalty and offers lower retrieval ease compared to a leash.

Higher salinity increases water density, which provides more buoyancy and can extend the expected float time.

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