MCP For Claude Marketplace
Hay Drying Model

Hay Drying Model MCP Connector for Claude

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Predicts hay drying rates, baling windows, and rain damage risks.

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

This MCP server provides precise modeling for hay drying in windrows. It uses thin-layer drying equations to calculate the get_current_drying_rate based on environmental factors like temperature, humidity, and wind speed. Users can estimate_baling_window to predict when hay will reach safe moisture levels, calculate_quality_loss to quantify nutritional degradation, predict_rain_risk to evaluate precipitation threats, and get_optimal_conditioning for management recommendations.

farminghaymoistureweather-predictionagronomy

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

predict_rain_risk

Evaluates the danger of moisture re-absorption due to upcoming weather events

calculate_quality_loss

Quantifies the loss in nutritional value and weight due to biological respiration

estimate_baling_window

Predicts how much time remains until the hay reaches the safe baling threshold

get_current_drying_rate

Calculates the immediate speed of moisture loss under current conditions

get_optimal_conditioning

Recommends the ideal state for hay management to balance speed and quality

See how to talk to your AI agent using Hay Drying Model.

What is the current drying rate for hay with 25% moisture and 5cm swath density at 25°C, 50% humidity, and 15km/h wind?

The current drying rate is 1.2% moisture per hour.

When will my hay be ready to bale if it starts at 22% moisture and I want to reach 15%?

Based on the forecast, the hay is estimated to reach the target moisture in 14 hours.

Is there a high risk of rain damaging my hay today?

The risk level is low, with a 10% probability of precipitation and an estimated moisture spike of 0.5%.

The `get_current_drying_rate` tool provides real-time estimates based on current weather conditions and swath density using kinetic thin-layer drying models.

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