MCP For Claude Marketplace
Drainage Coefficient Calculator

Drainage Coefficient Calculator MCP Connector for Claude

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Design optimal tile drainage systems by calculating drainage coefficients, spacing, and depth.

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

This MCP server provides technical tools for designing efficient tile drainage systems. It helps engineers and agronomists balance water removal needs with crop requirements. Use design_system_summary to generate a complete design package including drainage coefficient, spacing, and depth. You can also use get_drainage_coefficient to determine specific removal rates or calculate_drain_spacing and calculate_drain_depth for individual component design. The tool accounts for soil permeability, rainfall intensity, crop waterlogging tolerance, and land slope, including specialized support for subirrigation mode.

drainagesoilirrigationagronomyhydrology

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

calculate_drain_spacing

Determines the optimal distance between lateral drain pipes

design_system_summary

Provides a complete design package (coefficient, spacing, and depth) for a specific field setup

get_drainage_coefficient

Determines the required rate of water removal for a specific scenario

calculate_drain_depth

Determines the appropriate vertical placement for the drainage pipes

See how to talk to your AI agent using Drainage Coefficient Calculator.

Provide a complete drainage system design for a field with 5cm rainfall, 0.5 soil permeability, 0.8 crop tolerance, and 1% slope.

The recommended design is a drainage coefficient of 1.2 cm/day, drain spacing of 15.5 meters, and a drain depth of 110 cm.

What is the required drainage coefficient for a 10cm storm with 0.2 soil permeability and 0.5 crop tolerance?

The required drainage coefficient is 4.5 cm/day.

Calculate the drain spacing for a coefficient of 2.0, permeability of 0.4, depth of 100, and slope of 2.

The optimal drain spacing is 22.4 meters.

Use the `design_system_summary` tool. It will calculate the drainage coefficient, spacing, and depth in one go based on your field parameters.

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