MCP For Claude Marketplace
Foil Glide Ratio Calculator

Foil Glide Ratio Calculator MCP Connector for Claude

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Calculate hydrofoil glide efficiency, speed envelopes, and pumping effectiveness.

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

This MCP server provides specialized aerodynamic modeling for hydrofoil performance. It allows AI agents to determine the fundamental gliding capabilities of a foil setup using calculate_glide_performance. Users can also estimate how effectively they can maintain flight through rhythmic movement with calculate_pumping_efficiency, or define operational speed limits using calculate_speed_envelope. For those deciding between gear, compare_configurations provides a direct comparison of glide and speed characteristics between two different setups.

hydrofoilglide-ratioaerodynamicspumping-efficiencyfoil-performance

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

calculate_glide_performance

Determines the fundamental gliding capabilities of the foil setup

calculate_pumping_efficiency

Estimates how effectively a rider can maintain flight through rhythmic body movement

calculate_speed_envelope

Provides the operational speed limits for the specific foil configuration

compare_configurations

Compares two different foil setups to see which offers better glide or speed characteristics

See how to talk to your AI agent using Foil Glide Ratio Calculator.

Calculate the glide performance for a wing with 1200 cm² area, 5.5 aspect ratio, 60 cm fuselage, and a 80 kg rider.

The calculated glide ratio for your setup is 18.5, with a stall speed of 6.2 knots and a maximum glide speed of 14.8 knots.

How efficient will it be to pump with a glide ratio of 15 and a weight of 75 kg?

Your pumping efficiency score is 0.72, with an estimated energy loss of 4.5 units per pump cycle.

What is the speed envelope for a 1500 cm² wing, 4.0 aspect ratio, 80 kg rider, and 300 cm² stabilizer?

The speed envelope includes a minimum flight speed of 5.8 knots, an optimal cruise speed of 12.4 knots, and a maximum drag speed of 19.2 knots.

You can use the `calculate_glide_performance` tool by providing the wing area, aspect ratio, fuselage length, and rider weight.

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