Surfboard Buoyancy & Performance Engine

Surfboard Buoyancy & Performance Engine MCP Connector for Claude

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Calculate surfboard buoyancy, paddle efficiency, and wave catch ability.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized calculation tools for kiteboarders to analyze how surfboard geometry and volume impact performance. Use calculate_static_buoyancy to determine if a board can support a rider's weight, estimate_paddle_efficiency to assess manual paddling ease, and evaluate_wave_catch to predict wave entry capability. For a complete overview, analyze_buoyancy_profile aggregates these metrics into a single performance summary.

surfboardbuoyancykitingphysics-enginewater-sports

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

analyze_buoyancy_profile

Provides a comprehensive summary of the board's performance characteristics for kiting

calculate_static_buoyancy

Determines how well the board floats the rider at rest

estimate_paddle_efficiency

Evaluates how easily the rider can move the board using manual paddling

evaluate_wave_catch

Predicts the board's ability to catch waves based on its geometry and volume

See how to talk to your AI agent using Surfboard Buoyancy & Performance Engine.

Will a 35L board float a 75kg rider in saltwater?

Yes, the board provides sufficient buoyancy for a 75kg rider in saltwater.

How efficient will it be to paddle a board with 5cm rocker and 30L volume for a 70kg rider?

The board offers moderate paddling efficiency with a steady speed potential.

Can a board with 25L volume and 8cm rocker catch waves easily?

No, the high rocker and lower volume make wave catching difficult.

Higher rocker depth increases maneuverability but typically decreases paddle efficiency and wave catch ability due to reduced effective volume.

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