Mountain resort image
– Lat/Long: 7.20° S 109.92° E

Dieng Volc Complex Weather Forecast

Java · Indonesia
Issued: 6 am Wed 28 Oct Local Time
Updates in:
hr min s
Update imminent 

Days 1–3 Weather Summary

Heavy rain (total 35mm), heaviest during Wed morning. Very mild (max 17°C on Thu morning, min 15°C on Wed night). Wind will be generally light.

Days 4–6 Weather Summary

Heavy rain (total 23mm), heaviest during Mon afternoon. Very mild (max 17°C on Sat morning, min 15°C on Sat night). Wind will be generally light.

Wednesday
28
Thursday
29
Friday
30
Saturday
31
Sunday
1
Monday
2
AM
PM
night
AM
PM
night
AM
PM
night
AM
PM
night
AM
PM
night
AM
PM
night
thunderstorm
thunderstorm
rain showers
thunderstorm
thunderstorm
thunderstorm
thunderstorm
thunderstorm
thunderstorm
thunderstorm
thunderstorm
thunderstorm
rain showers
thunderstorm
thunderstorm
thunderstorm
thunderstorm
thunderstorm
risk tstorm
risk tstorm
rain shwrs
risk tstorm
risk tstorm
risk tstorm
risk tstorm
risk tstorm
risk tstorm
risk tstorm
risk tstorm
risk tstorm
rain shwrs
risk tstorm
risk tstorm
risk tstorm
risk tstorm
risk tstorm
Cloud base (m)
950
1650
900
1950
1750
1600
1600
800
1600
2200
900
2400
1550
2200
950
km/h
5
NE
5
ENE
5
ESE
10
E
10
ESE
5
NE
5
ESE
10
SE
5
SE
10
E
10
ESE
5
SE
15
E
10
ESE
10
ENE
15
E
10
ESE
10
ESE
Weather map
Weather map
Weather map
Weather map
Weather map
Weather map
Snowflake cm
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
 mm
8
7
0.5
3
5
1.5
4
6
1.7
1.1
1.8
0.6
0.6
4
0.8
2
7
5
max °C
16
16
16
17
17
16
17
16
15
17
16
15
17
16
16
16
16
16
min °C
16
16
15
17
16
15
16
16
15
16
16
15
17
16
15
16
15
15
 chill °C
16
16
15
17
16
15
16
16
15
16
16
15
17
16
15
15
15
15
Freezing level m
5000
5050
5100
5050
5100
5050
4950
4950
4850
4900
4900
4850
4900
4900
4900
4800
4850
4800
Sea lvl1000m2000m3000m4000m5000m
131313141413131312131313141313131313161616171716171615171615171616161616222221242321232221242221252221242221
Sunrise
5:13
—
—
5:13
—
—
5:13
—
—
5:13
—
—
5:13
—
—
5:11
—
—
Sunset
—
5:34
—
—
5:34
—
—
5:34
—
—
5:34
—
—
5:34
—
—
5:35
—

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Dieng Volc Complex Weather (Days 0-3):

The weather forecast for Dieng Volc Complex is: Heavy rain (total 35mm), heaviest during Wed morning. Very mild (max 17°C on Thu morning, min 15°C on Wed night). Wind will be generally light.

Dieng Volc Complex Weather (Days 3-6):

Heavy rain (total 23mm), heaviest during Mon afternoon. Very mild (max 17°C on Sat morning, min 15°C on Sat night). Wind will be generally light.

This table gives the weather forecast for Dieng Volc Complex at the specific elevation of 2000 m. Our advanced weather models allow us to provide distinct weather forecasts for several elevations of Dieng Volc Complex. To see the weather forecasts for the other elevations, use the tab navigation above the table.For a wider overview of the weather, consult the Weather Map of Indonesia.

Live conditions reported by 10 closest weather stations

Weather StationTemp.WeatherWindGusts
Cloud
Visibility
Cloud / Visibility
2 km WSW
2039m alt.
44 minutes ago
11°C
-
Wind obs. (32 kph from 92 degs) was rejected.
30 km SSE
1394m alt.
50 minutes ago
18°C
Dry
6
Light winds from the SSE
(6 kph at 161).
5
57 km ENE
5m alt.
1 hour ago
29°C
clear
Haze -.
6
Light winds from the ESE
(6 kph at 120).
4.0 km
Low: few
58 km ENE
152m alt.
2 hours ago
28°C
-
76 km SW
101m alt.
1 hour ago
28°C
-
Cilacap
116 km SW
6m alt.
3 hours ago
26°C
light rain
Intermittent light rain.
9
Light winds from the ESE
(9 kph at 120).
5.0 km
Mid: overcast
SurabayaPerakI
310 km E
3m alt.
3 hours ago
27°C
State of sky unchanged.
4
Calm
(4 kph at 220).
29 km
Mid: overcast
Juanda Airport
317 km E
2m alt.
1 hour ago
31°C
clear
-
7
Light winds from the SE
(7 kph at 140).
7.0 km
Low: few
Halim Perdanakus Airport
352 km W
25m alt.
1 hour ago
29°C
clear
-
0
Calm
(0 kph at 0).
6.0 km
Low: few
381 km W
176m alt.
1 hour ago
29°C
clear
Haze -.
6
Light winds from the S.(Wind varies from 130 to 200 degs)
(6 kph at 170).
5.0 km
Low: few
Mid: mostly cloudy

* NOTE: not all weather observatories update at the same frequency which is the reason why some locations may show data from stations that are further away than known closer ones.