Weather forecast for 10 daysOberschönau, Germany

10-day overview

Daily temperatures

Warmest day: Wednesday 11.11. 7°C.
Minimum temperature: 4°C.

Chance of precipitation

Highest chance: Tuesday 10.11. 45%.

Long-term weather forecast

  • Monday
  • 2. Nov 2026
  • 6°C
  • 0°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 9%
  • Precipitation: 0mm
  • Wind: 12km/hENE 72°
  • Humidity: 76%
  • UV index: 1
  • Sunrise: 07:10 CET
  • Sunset: 16:51 CET
  • ▼
  • Tuesday
  • 3. Nov 2026
  • 4°C
  • 2°C
Cloudy
Cloudy
  • Precip. probability: 20%
  • Precipitation: 0mm
  • Wind: 22km/hENE 69°
  • Humidity: 82%
  • UV index: 1
  • Sunrise: 07:12 CET
  • Sunset: 16:49 CET
  • ▼
  • Wednesday
  • 4. Nov 2026
  • 5°C
  • 0°C
AM Fog / PM Clouds
AM Fog / PM Clouds
  • Precip. probability: 24%
  • Precipitation: 0mm
  • Wind: 21km/hENE 69°
  • Humidity: 91%
  • UV index: 1
  • Sunrise: 07:14 CET
  • Sunset: 16:48 CET
  • ▼
  • Thursday
  • 5. Nov 2026
  • 6°C
  • -1°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 8%
  • Precipitation: 0mm
  • Wind: 14km/hENE 78°
  • Humidity: 82%
  • UV index: 1
  • Sunrise: 07:15 CET
  • Sunset: 16:46 CET
  • ▼
  • Friday
  • 6. Nov 2026
  • 6°C
  • -1°C
Sunny
Sunny
  • Precip. probability: 7%
  • Precipitation: 0mm
  • Wind: 12km/hE 93°
  • Humidity: 77%
  • UV index: 1
  • Sunrise: 07:17 CET
  • Sunset: 16:44 CET
  • ▼
  • Saturday
  • 7. Nov 2026
  • 4°C
  • 0°C
Mostly Sunny
Mostly Sunny
  • Precip. probability: 20%
  • Precipitation: 0mm
  • Wind: 11km/hS 187°
  • Humidity: 85%
  • UV index: 1
  • Sunrise: 07:19 CET
  • Sunset: 16:43 CET
  • ▼
  • Sunday
  • 8. Nov 2026
  • 6°C
  • 1°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 24%
  • Precipitation: 0mm
  • Wind: 11km/hSSW 199°
  • Humidity: 91%
  • UV index: 1
  • Sunrise: 07:21 CET
  • Sunset: 16:41 CET
  • ▼
  • Monday
  • 9. Nov 2026
  • 5°C
  • 1°C
Mostly Cloudy
Mostly Cloudy
  • Precip. probability: 24%
  • Precipitation: 0mm
  • Wind: 11km/hSSW 213°
  • Humidity: 90%
  • UV index: 1
  • Sunrise: 07:22 CET
  • Sunset: 16:40 CET
  • ▼
  • Tuesday
  • 10. Nov 2026
  • 6°C
  • 3°C
Showers
Showers
  • Precip. probability: 45%
  • Precipitation: 3mm
  • Wind: 16km/hSSE 163°
  • Humidity: 89%
  • UV index: 1
  • Sunrise: 07:24 CET
  • Sunset: 16:38 CET
  • ▼
  • Wednesday
  • 11. Nov 2026
  • 7°C
  • 4°C
AM Showers
AM Showers
  • Precip. probability: 38%
  • Precipitation: 1mm
  • Wind: 16km/hS 183°
  • Humidity: 90%
  • UV index: 1
  • Sunrise: 07:26 CET
  • Sunset: 16:37 CET
  • ▼
The weather will be unstable for the next ten days, and a mix of dull, sunny, damp and hazy weather is forecasted.
Rain is anticipated on next Tuesday and Wednesday.
Temperature differences will be unnoticeable over the next several days. Expected highs will hover between 4°C and 7°C, while the lowest temperature will be between -1°C and 4°C.
The warmest day will be next Wednesday, with a maximum of 7°C; Tuesday and Saturday, with the highest temperature of 4°C, will be the coldest days in Oberschönau.
Updated: Nov 2, 2026 @ 07:02:28 UTC
Published by: Weather Atlas | About Us
Data Sources | weather.com | Weather
Weather Forecasting & Climate

Frequently asked questions

In Oberschönau, weather will be unstable, and a combination of cloud-filled, clear, rainy and low-visibility weather is predicted for the next ten days.

Rain is anticipated on next Tuesday and Wednesday in Oberschönau. Next Tuesday, with minimal precipitation of 3mm, will be the day with the most rainfall.

The maximum temperature will vary between 4°C and 7°C, while the minimum temperature will vary between -1°C and 4°C.

Next Wednesday will be the warmest day, with a maximum temperature of 7°C. With a maximum temperature of 4°C, Tuesday and Saturday will be the coldest days.

On Saturday, open skies and radiant sunshine are expected.

On Saturday, the maximum temperature will be 4°C, while the minimum temperature will be 0°C.

On Sunday, the sky will feature a blend of clouds and sunshine.

On Sunday, the maximum temperature will be 6°C, while the minimum temperature will be 1°C.