Weather forecast for 10 daysBreuningsweiler, Germany

10-day overview

Daily temperatures

Warmest period: Tuesday - Wednesday 10°C.
Coldest day: tomorrow 6°C.

Chance of precipitation

Highest chance: Tuesday 10.11. 47%.

Long-term weather forecast

  • Monday
  • 2. Nov 2026
  • 8°C
  • 2°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 3%
  • Precipitation: 0mm
  • Wind: 14km/hENE 61°
  • Humidity: 78%
  • UV index: 2
  • Sunrise: 07:10 CET
  • Sunset: 17:00 CET
  • ▼
  • Tuesday
  • 3. Nov 2026
  • 6°C
  • 3°C
Mostly Cloudy
Mostly Cloudy
  • Precip. probability: 6%
  • Precipitation: 0mm
  • Wind: 21km/hENE 68°
  • Humidity: 71%
  • UV index: 1
  • Sunrise: 07:12 CET
  • Sunset: 16:59 CET
  • ▼
  • Wednesday
  • 4. Nov 2026
  • 8°C
  • 2°C
AM Clouds / PM Sun
AM Clouds / PM Sun
  • Precip. probability: 4%
  • Precipitation: 0mm
  • Wind: 23km/hE 80°
  • Humidity: 68%
  • UV index: 1
  • Sunrise: 07:14 CET
  • Sunset: 16:57 CET
  • ▼
  • Thursday
  • 5. Nov 2026
  • 8°C
  • 0°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 6%
  • Precipitation: 0mm
  • Wind: 15km/hE 95°
  • Humidity: 73%
  • UV index: 2
  • Sunrise: 07:15 CET
  • Sunset: 16:56 CET
  • ▼
  • Friday
  • 6. Nov 2026
  • 7°C
  • 0°C
Mostly Sunny
Mostly Sunny
  • Precip. probability: 20%
  • Precipitation: 0mm
  • Wind: 10km/hE 100°
  • Humidity: 81%
  • UV index: 1
  • Sunrise: 07:17 CET
  • Sunset: 16:54 CET
  • ▼
  • Saturday
  • 7. Nov 2026
  • 8°C
  • 1°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 20%
  • Precipitation: 0mm
  • Wind: 6km/hENE 68°
  • Humidity: 82%
  • UV index: 1
  • Sunrise: 07:18 CET
  • Sunset: 16:53 CET
  • ▼
  • Sunday
  • 8. Nov 2026
  • 8°C
  • 2°C
PM Showers
PM Showers
  • Precip. probability: 34%
  • Precipitation: 1mm
  • Wind: 8km/hSW 225°
  • Humidity: 84%
  • UV index: 1
  • Sunrise: 07:20 CET
  • Sunset: 16:51 CET
  • ▼
  • Monday
  • 9. Nov 2026
  • 8°C
  • 4°C
AM Showers
AM Showers
  • Precip. probability: 31%
  • Precipitation: 4mm
  • Wind: 11km/hESE 103°
  • Humidity: 84%
  • UV index: 1
  • Sunrise: 07:21 CET
  • Sunset: 16:50 CET
  • ▼
  • Tuesday
  • 10. Nov 2026
  • 10°C
  • 6°C
Showers
Showers
  • Precip. probability: 47%
  • Precipitation: 5mm
  • Wind: 14km/hSSE 158°
  • Humidity: 85%
  • UV index: 1
  • Sunrise: 07:23 CET
  • Sunset: 16:48 CET
  • ▼
  • Wednesday
  • 11. Nov 2026
  • 10°C
  • 6°C
Showers
Showers
  • Precip. probability: 45%
  • Precipitation: 4mm
  • Wind: 13km/hS 177°
  • Humidity: 85%
  • UV index: 1
  • Sunrise: 07:25 CET
  • Sunset: 16:47 CET
  • ▼
Over the next ten days, a mix of overcast, wet and sun-filled weather is expected.
Rainfall is predicted for Sunday through next Wednesday.
In the upcoming period, the maximum temperature will range between 6°C and 10°C, while nighttime temperatures are expected to vary from 0°C to 6°C.
Next Tuesday and Wednesday, with the highest temperature of 10°C, will be the warmest days; Tuesday will be the coldest day, with the highest temperature of 6°C.
Updated: Nov 2, 2026 @ 04:16:51 UTC
Published by: Weather Atlas | About Us
Data Sources | weather.com | Weather
Weather Forecasting & Climate

Frequently asked questions

In Breuningsweiler, a combination of dull, showery and sun-filled weather is anticipated for the next ten days.

Rainfall is anticipated on Sunday through next Wednesday in Breuningsweiler. With light precipitation of 5mm, next Tuesday will be the day with the most rainfall.

The maximum temperature will vary between 6°C and 10°C, while the minimum temperature will be between 0°C and 6°C.

With a maximum temperature of 10°C, next Tuesday and Wednesday will be the warmest days. The coldest day will be tomorrow, with a maximum of 6°C.

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

On Saturday, the highest temperature in Breuningsweiler will be 8°C, while the lowest temperature will be 1°C.

On Sunday, afternoon showers are expected.

On Sunday, there is a low chance of minimal precipitation in Breuningsweiler.

On Sunday, the maximum temperature will be 8°C, while the minimum temperature will be 2°C.