Kuala Lipis weather — 10-day forecast

Temperature, rain, wind and feels-like in Kuala Lipis, hour by hour and over 10 days, with the seasonal normal for context.

Now

Reading from 07:00 · DWD ICON global model

25 °C

Partly cloudy

Feels like 30 °C

1.3 km/hforce 0

Next 12 h

  • 0725°
  • 0825°
  • 0927°
  • 1028°
  • 1130°
  • 1230°40 %
  • 1332°
  • 1433°
  • 1533°
  • 1634°
  • 1733°
  • 1832°
  • 18:59Sunset
  • 1931°

↓ 25°07:00↑ 34°16:00

Humidity
95 %
Dew point
24 °C
Gusts
1.7 km/h
Clouds
70 %
Pressure
1,012 hPa ↑

Grid point 8.4 km away · 13.0 km grid · elevation 121 m

Air quality

The European air-quality index for the city, and the pollutants that set it.

Reading from 08:00
25
Fair

Index set by PM2.5

PM2.5
12.3µg/m³
PM10
12.8µg/m³
Ozone
44.2µg/m³
Nitrogen dioxide
2.4µg/m³
Sulphur dioxide
1.3µg/m³
Carbon monoxide
934.0µg/m³
Dust (AOD)
0.00

Generated using Copernicus Atmosphere Monitoring Service information

Hour by hour

Step-by-step detail: temperature, wind, cloud cover and ultraviolet.

Estimated from a deterministic model, not an ensemble probability.
°C

10 days

Each day's extremes and the chance of rain, out to the end of the run.

24° → 34°

Rain probability (> 1 mm): 50 ECMWF ensemble members.

  • Today

    Thunderstorm100 %

    34°

    24°

  • Fri

    Light showers96 %

    34°

    25°

  • Sat

    Thunderstorm98 %

    31°

    25°

  • Sun

    Thunderstorm100 %

    29°

    25°

  • Mon

    Thunderstorm98 %

    31°

    25°

  • Tue

    Overcast0 mm

    32°

    24°

  • Wed

    Overcast0 mm

    32°

    25°

  • Thu

    Thunderstorm8 mm

    31°

    25°

  • Fri

    Thunderstorm6 mm

    31°

    24°

  • Sat

    Thunderstorm6 mm

    31°

    24°

Sun and UV

Sunrise, sunset, day length and ultraviolet intensity.

Max UV10very high
Sunrise
06:57
Daylight
12 h 02
Sunset
18:59

Radiation · 20.2 MJ/m²

Today in Kuala Lipis the mean temperature will be 28.2 °C — +1.9 °C against the normal for 15 October, measured from 1940 to 2026. (1,290 obs.)

Kuala Lipis climate — normals and trends →