MCP For Claude Marketplace
Leash Drag Calculator

Leash Drag Calculator MCP Connector for Claude

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Quantify hydrodynamic resistance and safety risks for surf leashes.

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

This MCP server provides specialized hydrodynamic analysis for surfers and gear manufacturers. It calculates the resistive force acting on a leash using the calculate_drag_force tool, estimates how much speed is lost via estimate_performance_impact, and evaluates entanglement dangers with assess_safety_risk. It also analyzes how the connection point affects board stability using analyze_attachment_drag.

surfinghydrodynamicssafetyphysicsgear-analysis

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

assess_safety_risk

Evaluates the danger of entanglement based on leash length and the force applied

calculate_drag_force

Determines the absolute hydrodynamic resistance force acting on the leash

estimate_performance_impact

Quantifies how much the leash drag will slow down the surfboard

analyze_attachment_drag

Evaluates how the leash connection point affects the overall drag profile

See how to talk to your AI agent using Leash Drag Calculator.

What is the drag force for a 0.006m diameter leash that is 7m long at a water speed of 5m/s?

The calculated drag force is 12.45 Newtons with a drag coefficient of 1.2.

How much will a 15 Newton drag force slow down a 5kg surfboard at 4m/s?

The estimated speed reduction is 8.5% with a deceleration force of 3.0 Newtons.

Is a 9m leash with 20 Newtons of drag force dangerous?

The entanglement risk is High.

You can use the `calculate_drag_force` tool by providing the leash diameter, length, and the current water speed.

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