Twintip Buoyancy & Recovery Planner

Twintip Buoyancy & Recovery Planner MCP Connector for Claude

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Calculate board buoyancy, visibility, and recovery windows for lost surfboards.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides critical physics calculations for surfboard recovery planning. It allows AI agents to determine how well a board will float and how visible it will be in various sea states. Use calculate_buoyancy_status to find the float factor and submerged volume, estimate_visibility_index to assess visibility in waves, and predict_recovery_window to estimate how long a board stays afloat before sinking. You can also use compare_configurations to evaluate different material setups like wood cores and foam densities.

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

calculate_buoyancy_status

Provides fundamental buoyancy metrics for a specific board configuration

compare_configurations

Allows a user to compare two different material setups to see which provides better recovery outcomes

estimate_visibility_index

Determines how visible the board will be in different sea states

predict_recovery_window

Estimates how long a board will stay afloat before sinking or becoming unrecoverable

See how to talk to your AI agent using Twintip Buoyancy & Recovery Planner.

What is the buoyancy status for a 45L board weighing 3kg with a paulownia core and standard EPS foam?

The board has a float factor of 1.45, with a submerged volume of 31.03L and 13.97L remaining above the waterline.

How visible will a board with a float factor of 1.2 be in 2-meter waves with clear water?

The visibility score is 0.65.

How long will a board with a float factor of 1.5 stay afloat if water enters at 0.5L per minute in rough seas (intensity 2.0)?

The estimated time remaining until the board loses buoyancy is 45.0 minutes.

You can use the `calculate_buoyancy_status` tool by providing the board volume, weight, core material, and foam density.

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