Weather forecast for 10 daysNeunkirchen am Sand, Germany

10-day overview

Daily temperatures

Maximum temperature: 9°C.
Minimum temperature: 7°C.

Chance of precipitation

Highest chance: Wednesday 11.11. 44%.

Long-term weather forecast

  • Monday
  • 2. Nov 2026
  • 8°C
  • 2°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 4%
  • Precipitation: 0mm
  • Wind: 9km/hENE 62°
  • Humidity: 77%
  • UV index: 2
  • Sunrise: 07:04 CET
  • Sunset: 16:51 CET
  • ▼
  • Tuesday
  • 3. Nov 2026
  • 7°C
  • 3°C
Cloudy
Cloudy
  • Precip. probability: 6%
  • Precipitation: 0mm
  • Wind: 19km/hENE 71°
  • Humidity: 72%
  • UV index: 1
  • Sunrise: 07:06 CET
  • Sunset: 16:50 CET
  • ▼
  • Wednesday
  • 4. Nov 2026
  • 8°C
  • 1°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 6%
  • Precipitation: 0mm
  • Wind: 20km/hE 80°
  • Humidity: 71%
  • UV index: 1
  • Sunrise: 07:08 CET
  • Sunset: 16:48 CET
  • ▼
  • Thursday
  • 5. Nov 2026
  • 9°C
  • 0°C
Sunny
Sunny
  • Precip. probability: 7%
  • Precipitation: 0mm
  • Wind: 14km/hE 81°
  • Humidity: 73%
  • UV index: 1
  • Sunrise: 07:09 CET
  • Sunset: 16:46 CET
  • ▼
  • Friday
  • 6. Nov 2026
  • 8°C
  • 0°C
Sunny
Sunny
  • Precip. probability: 8%
  • Precipitation: 0mm
  • Wind: 10km/hE 92°
  • Humidity: 78%
  • UV index: 1
  • Sunrise: 07:11 CET
  • Sunset: 16:45 CET
  • ▼
  • Saturday
  • 7. Nov 2026
  • 7°C
  • 0°C
Partly Cloudy
Partly Cloudy
  • Precip. probability: 20%
  • Precipitation: 0mm
  • Wind: 7km/hSSE 148°
  • Humidity: 83%
  • UV index: 1
  • Sunrise: 07:13 CET
  • Sunset: 16:43 CET
  • ▼
  • Sunday
  • 8. Nov 2026
  • 8°C
  • 1°C
PM Showers
PM Showers
  • Precip. probability: 32%
  • Precipitation: 2mm
  • Wind: 9km/hS 170°
  • Humidity: 86%
  • UV index: 1
  • Sunrise: 07:14 CET
  • Sunset: 16:42 CET
  • ▼
  • Monday
  • 9. Nov 2026
  • 7°C
  • 2°C
PM Showers
PM Showers
  • Precip. probability: 34%
  • Precipitation: 3mm
  • Wind: 8km/hSE 142°
  • Humidity: 85%
  • UV index: 1
  • Sunrise: 07:16 CET
  • Sunset: 16:40 CET
  • ▼
  • Tuesday
  • 10. Nov 2026
  • 8°C
  • 4°C
Showers
Showers
  • Precip. probability: 35%
  • Precipitation: 6mm
  • Wind: 13km/hSE 134°
  • Humidity: 83%
  • UV index: 1
  • Sunrise: 07:17 CET
  • Sunset: 16:39 CET
  • ▼
  • Wednesday
  • 11. Nov 2026
  • 9°C
  • 4°C
Showers
Showers
  • Precip. probability: 44%
  • Precipitation: 4mm
  • Wind: 11km/hSE 140°
  • Humidity: 85%
  • UV index: 1
  • Sunrise: 07:19 CET
  • Sunset: 16:37 CET
  • ▼
Looking ahead, conditions suggest a period of cloudy, wet and sun-filled weather is expected.
Rainfall is expected on Sunday through next Wednesday.
The maximum temperature will be almost identical in the forecast period ahead. Expected highs will hover between 7°C and 9°C, while nighttime temperatures are expected to vary from 0°C to 4°C.
The warmest days will be Thursday and next Wednesday, with a maximum of 9°C; Tuesday, Saturday and next Monday, with the highest temperature of 7°C, will be the coldest days.
Updated: Nov 2, 2026 @ 02:17:52 UTC
Published by: Weather Atlas | About Us
Data Sources | weather.com | Weather
Weather Forecasting & Climate

Frequently asked questions

In Neunkirchen am Sand, a combination of cloud-filled, rain-filled and clear weather is forecasted for the next ten days.

Rainfall is anticipated on Sunday through next Wednesday in Neunkirchen am Sand. With light precipitation of 6mm, next Tuesday will be the day with the most rainfall.

The maximum temperature will vary between 7°C and 9°C, while the minimum temperature will be between 0°C and 4°C.

The warmest days will be Thursday and next Wednesday, with a maximum of 9°C. The coldest days will be Tuesday, Saturday and next Monday, with a maximum of 7°C.

On Saturday, mostly clear with scattered clouds is expected.

On Saturday, the highest temperature will be 7°C, while the lowest temperature will be 0°C.

On Sunday, afternoon showers are expected.

On Sunday, there is a low probability of minimal rainfall in Neunkirchen am Sand.

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