Popular Locations:
Analyzing Evaporative Drying Physics...
Fetching local weather models from Open-Meteo...
Unable to fetch forecast data
Please check your query or connection and try again.
--
Checking...
Calculating Drying Potential...
Analyzing temperature, relative humidity, wind speed, solar radiation, and rain risk.
Optimal Drying Window: --
Est. Drying Time: --
24-Hour Max Drying Score
0
out of 100
Based on Mixed Load
Avg Temp
--
Avg Humidity
--
Wind Speed
--
Max Rain Risk
--
24-Hour Drying Timeline
Higher drying score (%) means faster evaporative moisture loss.
Fast
Moderate
Poor / Rain
Relative Humidity (%)
What does Humidity mean for drying?
Humidity measures how saturated the air is. Ideal line drying requires humidity under 60%. Above 75%, moisture cannot easily evaporate from fabric.
Hourly Breakdown
Scroll right for full window →How DryOutdoors.com Calculates Line Drying Weather
Thermodynamic Physics
Relative humidity below 60% allows moisture to escape cloth fibers. A steady breeze (>10 km/h) strips away the boundary layer microclimate surrounding hung clothes, accelerating evaporation.
Solar Energy & UV
Direct solar radiation supplies latent thermal heat to vaporize water quickly, while ultraviolet rays provide natural antibacterial whitening benefits.
Evening Dew Point
Relative humidity surges rapidly near dusk. Always bring laundry inside 1 to 2 hours before sunset to prevent evening dew from re-dampening your clothes.