Conditions on this page are recalculated from the latest forecast every time it is opened, for the current date in the location's own time zone.
The "feels like" temperature (also called apparent temperature or real feel) is a measure of how hot or cold it actually feels to the human body. It factors in humidity, wind speed, and solar radiation alongside the actual air temperature to give a more accurate representation of thermal comfort. When humidity is high, your body cannot evaporate sweat efficiently, which is your primary cooling mechanism. At 90°F (32°C) with 70% humidity, the feels-like temperature can exceed 105°F (41°C) because your body struggles to cool itself, making conditions feel significantly hotter. Heat index measures how hot it feels when humidity is combined with high air temperature. Wind chill measures how cold it feels when wind is combined with low air temperature. Both modify the actual temperature to reflect perceived comfort, but they apply to opposite ends of the temperature spectrum. A feels-like temperature above 105°F (41°C) poses serious heat-related illness risks including heat stroke. Below -20°F (-29°C) wind chill, exposed skin can develop frostbite within 30 minutes. Always monitor the apparent temperature before extended outdoor exposure. Meteorological services use the Steadman formula for heat index (combining air temperature and relative humidity) and the Wind Chill Temperature Index formula (combining air temperature and wind speed). Modern weather services blend both into a single "feels like" value that applies year-round. Why does 22°C feel like 28°C? See exactly how humidity, wind and sun change apparent temperature — and the feels-like thresholds where you should postpone going outside. With 75% humidity, feels-like hit 35°C by race start. Dozens of runners dropped out with heat exhaustion. Race organizers monitor feels-like temperature, not air temperature, when deciding to cancel events. You should too. The thermometer only tells half the story. Check the real feels-like temperature before planning anything outdoors. Your weather app says 85°F. You step outside and it feels like 100°F. That gap isn't a glitch — it's humidity and wind rewriting the rules. Ignoring the "feels like" temperature is how people end up with heat stroke on a "nice" day or frostbite on a "mild" one. Air temperature, measured by a thermometer in the shade, tells you only part of the story. It does not account for how your body actually experiences the environment. The apparent temperature — commonly displayed as "feels like" on weather apps — incorporates humidity, wind speed, and sometimes solar radiation to estimate how warm or cold conditions truly feel on your skin. Your body maintains a core temperature of about 98.6°F (37°C) through thermoregulation. When air temperature rises, you sweat to cool down through evaporation. When air temperature drops, your body reduces blood flow to extremities to conserve heat. Both humidity and wind directly interfere with these mechanisms, making the actual air temperature an incomplete measure of comfort or danger. Key takeaway: The thermometer reading is the temperature of the air. The "feels like" reading is the temperature your body experiences. For safety and comfort planning, always check the feels-like value. The heat index quantifies how hot it feels when relative humidity is combined with air temperature. When humidity is high, the air is already saturated with moisture, which slows the evaporation of sweat from your skin. Since evaporation is your body's primary cooling system, high humidity effectively traps heat around you. At 80°F (27°C) with 40% humidity, the feels-like temperature is roughly 80°F — nearly identical. But raise the humidity to 80%, and that same 80°F air feels like 84°F. At 90°F with 80% humidity, the apparent temperature skyrockets to approximately 113°F (45°C), a level that can cause heat stroke within hours of exertion. The National Weather Service issues heat advisories when the heat index is expected to reach 105°F (41°C) or higher for at least two consecutive hours. At these levels, heat exhaustion and heat stroke become real dangers, especially for children, elderly individuals, and those with chronic health conditions. Wind chill describes how cold it feels when wind accelerates heat loss from exposed skin. On a calm 30°F (-1°C) day, your body creates a thin layer of warm air around your skin that acts as insulation. Wind strips this layer away, exposing skin directly to cold air and dramatically increasing the rate of heat loss.
Scores are capped by dealbreakers — heavy rain, dangerous wind, thick fog or hazardous UV pull a day down no matter how pleasant the rest of the numbers look. Forecast data is Open-Meteo; solar and lunar values are computed for Feels Like Temperature's own coordinates and time zone. Full details on the methodology page.