MCP For Claude Marketplace
Drop Angle Calculator

Drop Angle Calculator MCP Connector for Claude

A+

Calculate optimal takeoff angles, speeds, and positioning for surfing based on wave physics.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides specialized tools for surfers to analyze wave mechanics and equipment interaction. By inputting wave steepness, board type, and skill level, you can use get_optimal_takeoff to determine the ideal entry angle and speed, or evaluate_positioning to find the perfect spot on the wave face. It also includes estimate_velocity_threshold for safety planning and simulate_drop_risk to predict potential failures like pearling before you paddle out.

surfingwave-physicstakeoffoceanequipment-analysis

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

estimate_velocity_threshold

Calculates the minimum speed necessary to prevent falling or losing control during the drop

evaluate_positioning

Determines the exact longitudinal position on the wave face where the surfer should wait

get_optimal_takeoff

Calculates the primary takeoff parameters for a specific wave and surfer profile

simulate_drop_risk

Assesses the likelihood of a failed takeoff based on the chosen parameters

See how to talk to your AI agent using Drop Angle Calculator.

What is the best takeoff angle for a steep wave using a shortboard if I am an expert?

For a steep wave with a shortboard and expert skill level, the optimal takeoff angle is 35 degrees with a required speed of 12.5 km/h.

Where should I position myself on a flat wave with a longboard?

On a flat wave with a longboard, you should position yourself 5.2 meters from the peak to catch the energy early.

Will I pearl if I take a 20 degree angle on a very steep wave with a shortboard?

Yes, there is a high risk of pearling because the chosen angle is too shallow for the wave steepness and board type.

The calculations use wave steepness and board volume models to provide highly realistic entry parameters for various surfing conditions.

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