GassiAmpel is a rule-based everyday decision aid. It combines weather, dog traits, activity, surface, air quality and available pollen data. It is not a veterinary diagnosis.
Start your own checkThe check uses current values, up to 36 hours of hourly forecast data and, where available, a short-term 15-minute forecast. Inputs include temperature, apparent temperature, humidity, precipitation, weather code, wind, gusts, UV, daylight and solar radiation. Times are processed in the selected location’s local time.
Age, size, coat, brachycephalic traits, low fitness and known allergy or respiratory sensitivity can change the recommendation. The same weather can therefore produce a different result for two dogs.
A quick toilet break is assessed differently from jogging or a long hike. Pavement can trigger a separate paw warning in sunshine; grass and woodland are not treated as automatically risk-free.
Thunderstorms, extreme heat and dangerous gusts.
Temperature, humidity, dog traits and activity.
Weather-related risk from the selected surface.
Rain, wind and apparent discomfort.
European AQI, particulate matter, ozone and available pollen data.
The planned walk is broadly suitable. Local observation still comes first.
Adjust duration, pace, route or equipment.
Keep it short and cautious or wait for better conditions.
Postpone the normal walk; only go out very briefly if necessary.
GassiAmpel does not know your dog’s actual health status, exact ground temperature, shade along the route, foreign objects, the amount of road salt or local hazards. Forecast time windows are model outputs, not minute-accurate local measurements. Always combine the recommendation with direct observation and a local check.
Breathing difficulty, collapse, burns, severe pain, seizures or other marked symptoms require appropriate veterinary attention rather than a web recommendation.
Weather and environmental data come from Open-Meteo; air-quality and pollen data are based on CAMS model data. GassiAmpel’s thresholds and weightings are its own conservative rule-based product logic and are not presented as a medically validated model.