Weather forecast for 10 daysCharlottenburg, Germany

10-day overview

Daily temperatures

Warmest period: Tuesday - Wednesday 10°C.
Coldest day: tomorrow 5°C.

Chance of precipitation

Highest chance: Wednesday 18.11. 58%.

Long-term weather forecast

  • Tuesday
  • 10. Nov 2026
  • min.
  • 1°C
Cloudy
Cloudy
  • Precip. probability: 20%
  • Precipitation: 0mm
  • Wind: 11km/hS 182°
  • Humidity: 94%
  • UV index: 0
  • Sunrise: 07:19 CET
  • Sunset: 16:21 CET
  • ▼
  • Wednesday
  • 11. Nov 2026
  • 5°C
  • 2°C
Cloudy
Cloudy
  • Precip. probability: 20%
  • Precipitation: 0mm
  • Wind: 13km/hESE 120°
  • Humidity: 88%
  • UV index: 0
  • Sunrise: 07:21 CET
  • Sunset: 16:20 CET
  • ▼
  • Thursday
  • 12. Nov 2026
  • 6°C
  • 2°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 18%
  • Precipitation: 0mm
  • Wind: 13km/hW 270°
  • Humidity: 89%
  • UV index: 1
  • Sunrise: 07:23 CET
  • Sunset: 16:18 CET
  • ▼
  • Friday
  • 13. Nov 2026
  • 8°C
  • 2°C
Mostly Sunny
Mostly Sunny
  • Precip. probability: 6%
  • Precipitation: 0mm
  • Wind: 25km/hW 274°
  • Humidity: 74%
  • UV index: 1
  • Sunrise: 07:25 CET
  • Sunset: 16:17 CET
  • ▼
  • Saturday
  • 14. Nov 2026
  • 8°C
  • -1°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 6%
  • Precipitation: 0mm
  • Wind: 14km/hWSW 249°
  • Humidity: 79%
  • UV index: 1
  • Sunrise: 07:26 CET
  • Sunset: 16:15 CET
  • ▼
  • Sunday
  • 15. Nov 2026
  • 7°C
  • 3°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 6%
  • Precipitation: 0mm
  • Wind: 13km/hSSE 157°
  • Humidity: 76%
  • UV index: 1
  • Sunrise: 07:28 CET
  • Sunset: 16:14 CET
  • ▼
  • Monday
  • 16. Nov 2026
  • 8°C
  • 5°C
Mostly Cloudy
Mostly Cloudy
  • Precip. probability: 15%
  • Precipitation: 1mm
  • Wind: 15km/hS 182°
  • Humidity: 81%
  • UV index: 1
  • Sunrise: 07:30 CET
  • Sunset: 16:12 CET
  • ▼
  • Tuesday
  • 17. Nov 2026
  • 10°C
  • 7°C
Showers
Showers
  • Precip. probability: 38%
  • Precipitation: 5mm
  • Wind: 19km/hSSW 197°
  • Humidity: 82%
  • UV index: 0
  • Sunrise: 07:32 CET
  • Sunset: 16:11 CET
  • ▼
  • Wednesday
  • 18. Nov 2026
  • 10°C
  • 6°C
Showers
Showers
  • Precip. probability: 58%
  • Precipitation: 4mm
  • Wind: 20km/hSW 215°
  • Humidity: 81%
  • UV index: 0
  • Sunrise: 07:33 CET
  • Sunset: 16:10 CET
  • ▼
  • Thursday
  • 19. Nov 2026
  • 9°C
  • 6°C
AM Showers
AM Showers
  • Precip. probability: 39%
  • Precipitation: 2mm
  • Wind: 19km/hSW 236°
  • Humidity: 81%
  • UV index: 1
  • Sunrise: 07:35 CET
  • Sunset: 16:08 CET
  • ▼
Looking ahead, conditions suggest a period of overcast, showery and sun-filled weather is expected.
Rain is expected on Monday through next Thursday.
In the upcoming period, the maximum temperature will range between 5°C and 10°C, while there will be a marked difference in overnight low temperatures, as the minimum temperature is expected to range between -1°C and 7°C.
Next Tuesday and Wednesday, with the highest temperature of 10°C, will be the warmest days; expect the coldest day on Wednesday with a high of 5°C.
Updated: Nov 10, 2026 @ 16:24:09 UTC
Published by: Weather Atlas | About Us
Data Sources | weather.com | Weather
Weather Forecasting & Climate

Frequently asked questions

In Charlottenburg, a combination of gloomy, showery and clear weather is forecasted for the next ten days.

Rain is expected on Monday through next Thursday in Charlottenburg. Next Tuesday, with light precipitation of 5mm, will be the day with the most rainfall.

The maximum temperature will range between 5°C and 10°C, as the minimum temperature will range between -1°C and 7°C.

The warmest days will be next Tuesday and Wednesday, with a maximum of 10°C. Tomorrow will be the coldest day, with a maximum temperature of 5°C.

On Saturday, partly cloudy skies will persist, making for a mix of sun and clouds.

On Saturday, the maximum temperature will be 8°C, while the minimum temperature will be -1°C.

On Sunday, changing cloud patterns will allow for periods of sunshine.

On Sunday, the maximum temperature will be 7°C, while the minimum temperature will be 3°C.