AUTOTAF.ME 23074 - aviation weather forecast Dudinka
Today civil twilight begin 00:00 UTC, sunrise 18:33 UTC, transit 06:11 UTC, sunset 17:50 UTC, civil twilight end 00:00 UTC.

Current weather

SYNAR 23174 Ïîòàïîâî 181200Z 02003MPS CAVOK M02/M02 Q1010 RMK QFE753/1005 CLD:8CS
(180/81KM)=

Short forecast Dudinka 9 hr

AUTOTAF.ME 23074 181400Z 1815/1824 01003MPS 1200 BR OVC004 TXM07/1815Z TNM10/1819Z

NOWCAST.SU 23074 181600Z 01003MPS 1000 BR OVC003 M08/M10 Q1012 NOSIG

Long forecast Dudinka 24 hr

AUTOTAFH.ME 23074 181400Z 1815/1914 01003MPS 1000 BR OVC003 M07/M09 Q1012
 FM181600 01003MPS 1000 BR OVC003 M08/M10 Q1012
 FM181700 01003MPS 1000 BR OVC003 M09/M10 Q1011
 FM181800 36003MPS 1000 BR OVC003 M09/M11 Q1011
 FM181900 36003MPS 1000 BR OVC003 M10/M11 Q1011
 FM182000 35003MPS 1000 BR OVC003 M10/M11 Q1011
 FM182100 35003MPS 1000 BR OVC003 M10/M11 Q1011
 FM182200 35003MPS 1000 BR OVC003 M10/M11 Q1011
 FM182300 35003MPS 1000 BR OVC003 M09/M11 Q1011
 FM190000 35003MPS 1000 BR BKN003 M09/M10 Q1011
 FM190100 35003MPS 1000 BR BKN003 M08/M10 Q1011
 FM190200 35003MPS 1000 BR BKN003 M08/M09 Q1011
 FM190300 35004MPS 1000 BR BKN003 M07/M09 Q1010
 FM190400 35004MPS 9999 BKN025 M07/M09 Q1011
 FM190500 34004MPS 9999 BKN025 M06/M08 Q1011
 FM190600 34004MPS 9999 BKN026 M06/M08 Q1011 TURB: MOD SFC/FL20
 FM190700 34003MPS 9999 BKN027 M05/M08 Q1011 TURB: MOD SFC/FL20
 FM190800 34003MPS 9999 BKN027 M05/M07 Q1011 TURB: MOD SFC/FL20
 FM190900 33003MPS 9999 BKN027 M05/M07 Q1011 TURB: MOD SFC/FL20
 FM191000 33003MPS 9999 BKN026 M05/M07 Q1011 TURB: MOD SFC/FL20
 FM191100 VRB02MPS 9999 BKN024 M05/M07 Q1011 TURB: MOD SFC/FL20
 FM191200 VRB02MPS 1000 BR BKN003 M05/M07 Q1011
 FM191300 VRB02MPS 1000 BR OVC003 M07/M08 Q1011
 FM191400 VRB02MPS 1000 BR OVC003 M08/M09 Q1011

Detail table forecast Dudinka

UTC SFC WIND
deg, MPS 		 SQ
MPS		 SFC
VIS		 WX CLD L
M AGL		 CLD M
CLD H
M AGL		 FZLVL
M AGL		 ICE TURB T
deg C		 Td
deg C		 RH
%		 QNH
hPA		 WIND/T APCP
MM/
HR		 K
F
LI		 PTS
18.05.2024
06:00 50 3 20KM
 BKN SC 840/900 OVC AS 3300/9300
 NIL NIL MOD SFC/FL20 -5 -8 79 1012 ... 0
0
0		 -13
-12.1
16.1		 0 through 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.28 PTSKP=0
Moisture=127
EPV_CB=-35
09:00 40 3 5 20KM
 BKN SC 870/900 OVC AS 3900/9300
 NIL NIL MOD SFC/FL20 -4 -7 79 1012 ... 0
0
0		 -12
-12
16		 0 through 
26000 (24135) 3990
DBZ=10 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=102
EPV_CB=-41
10:00 40 3 5 20KM
 BKN SC 930/900 BKN AC 4200/9300
 NIL NIL MOD SFC/FL20 -4 -7 81 1012 ... 0
0
0		 -12
-11.8
15.8		 0 through 
26000 (24135) 750
DBZ=10 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=96
EPV_CB=-40
11:00 20 3 5 20KM
 BKN SC 900/900 BKN AC 4200/9000
 NIL NIL MOD SFC/FL20 -4 -7 85 1012 ... 0
0
0		 -11
-11.7
15.4		 0 through 
26000 (24135) 630
DBZ=10 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=96
EPV_CB=-40
12:00 20 3 5 1000M
 BR BKN ST 90/900 BKN AC 4200/9000
 NIL NIL NIL -5 -7 87 1012 ... 0
0
0		 -10
-11.5
15.1		 0 through 
26000 (24135) 3690
DBZ=15 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=100
EPV_CB=-39
13:00 10 3 5 1000M
 BR OVC ST 90/360 BKN AC 4500/9000
 NIL NIL NIL -6 -7 88 1012 ... 0
0
 -10
-11.3
14.9		 0 through 
25000 (24135) 4680
DBZ=15 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=104
EPV_CB=-42
14:00 10 3 5 1000M
 BR OVC ST 90/360 BKN AC 4500/8700

 NIL NIL NIL -7 -8 89 1012 ... 0
0
0		 -9
-11.1
14.7		 0 warm advection 
25000 (24135) 4680
DBZ=10 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=109
EPV_CB=-41
15:00 10 3 4 1000M
 BR OVC ST 90/360 OVC AS 4560/8400

 NIL NIL NIL -7 -9 89 1012 ... 0
0
0		 -8
-10.9
14.5		 0 warm advection 
15000 (15000) 900
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=117
EPV_CB=-43
16:00 10 3 4 1000M
 BR OVC ST 90/360 OVC AS 4500/8400

 NIL NIL NIL -8 -10 89 1012 ... 0
0
0		 -7
-10.8
14.3		 0 warm advection 
13000 (13000) 750
DBZ=-20 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=121
EPV_CB=-43
17:00 10 3 5 1000M
 BR OVC ST 90/360 OVC AC 4500/8100

 NIL NIL NIL -9 -10 90 1011 ... 0
0
0		 -6
-10.8
14.1		 0 warm advection 
24000 (24000) 900
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=126
EPV_CB=-43
18:00 360 3 4 1000M
 BR OVC ST 90/360 OVC AC 4200/8100

 NIL NIL NIL -9 -11 90 1011 ... 0
0
0		 -6
-10.5
13.9		 0 warm advection 
24000 (24000) 900
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=131
EPV_CB=-39
19:00 360 3 6 1000M
 BR OVC ST 90/360 OVC AS 3600/7800

 NIL NIL NIL -10 -11 90 1011 ... 0
0
0		 -6
-10.6
13.8		 0 warm advection 
25000 (24135) 930
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=137
EPV_CB=-40
20:00 350 3 6 1000M
 BR OVC ST 90/4200 OVC AS 4200/7200
 NIL NIL NIL -10 -11 90 1011 ... 0
0
0		 -6
-10.6
13.8		 0 warm advection 
24000 (24000) 1020
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=142
EPV_CB=-39
21:00 350 3 7 1000M
 BR OVC ST 90/360 OVC AC 3900/6900

 NIL NIL NIL -10 -11 90 1011 ... 0
0
0		 -6
-10.6
13.7		 0 warm advection 
24000 (24000) 1050
DBZ=0 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=145
EPV_CB=-39
22:00 350 3 7 1000M
 BR OVC ST 90/360 OVC AC 3900/6000

 NIL NIL NIL -10 -11 90 1011 ... 0
0
0		 -6
-10.5
13.6		 0 uniform air mass 
24000 (24000) 1050
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=146
EPV_CB=-39
23:00 350 3 8 1000M
 BR OVC ST 90/360 OVC AC 3900/6000

 NIL NIL NIL -9 -11 90 1011 ... 0
0
0		 -6
-10.2
13.4		 0 uniform air mass 
24000 (24000) 1050
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=149
EPV_CB=-41
19.05.2024
00:00 350 3 8 1000M
 BR BKN ST 90/3600 BKN AC 3600/6900
 NIL NIL NIL -9 -10 90 1011 ... 0
0
0		 -6
-10.2
13.2		 0 cold advection 
24000 (24000) 1050
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=148
EPV_CB=-41
01:00 350 3 9 1000M
 BR BKN ST 90/900 BKN AC 3600/6000
 NIL NIL NIL -8 -10 89 1011 ... 0
0
0		 -5
-10.1
13		 0 cold advection 
25000 (24135) 1140
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=147
EPV_CB=-40
02:00 350 3 7 1000M
 BR BKN ST 90/900 SCT AC 3300/6000
 NIL NIL NIL -8 -9 88 1011 ... 0
0
0		 -5
-10
12.9		 0 uniform air mass 
25000 (24135) 1230
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=145
EPV_CB=-37
03:00 350 4 7 1000M
 BR BKN ST 90/480 FEW AC 3300/6000
 NIL NIL NIL -7 -9 87 1010 ... 0
0
0		 -5
-10
12.8		 0 uniform air mass 
25000 (24135) 1230
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=139
EPV_CB=-37
04:00 350 4 7 20KM
 BKN SC 750/720 FEW AC 3300/6000
 NIL NIL NIL -7 -9 86 1011 ... 0
0
0		 -5
-9.9
12.7		 0 uniform air mass 
21000 (21000) 1050
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=133
EPV_CB=-39
05:00 340 4 6 16KM
 BKN SC 750/900 FEW AC 3300/6000
 NIL NIL NIL -6 -8 85 1011 ... 0
0
0		 -5
-9.9
12.7		 0 cold advection 
16000 (16000) 810
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=124
EPV_CB=-39
06:00 340 4 5 14KM
 BKN SC 780/900 FEW AC 3300/6000
 NIL NIL MOD SFC/FL20 -6 -8 84 1011 ... 0
0
0		 -4
-10.1
12.9		 0 cold advection 
14000 (14000) 600
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=115
EPV_CB=-42
07:00 340 3 6 17KM
 BKN SC 810/900 FEW AC 3300/5400
 NIL NIL MOD SFC/FL20 -5 -8 83 1011 ... 0
0
0		 -4
-10.5
13.5		 0 cold advection 
17000 (17000) 570
DBZ=5 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=89
EPV_CB=-43
08:00 340 3 7 20KM
 BKN SC 810/900 FEW AC 3600/4800
 NIL NIL MOD SFC/FL20 -5 -7 83 1011 ... 0
0
0		 -4
-11.1
14.3		 0 cold advection 
22000 (22000) 600
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=58
EPV_CB=-48
09:00 330 3 5 20KM
 BKN SC 810/900 FEW AC 3600/4500
 NIL NIL MOD SFC/FL20 -5 -7 83 1011 ... 0
0
0		 -4
-11.6
15		 0 ridge 
26000 (24135) 600
DBZ=0 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=41
EPV_CB=-53
10:00 330 3 5 20KM
 BKN SC 780/900 FEW AC 3600/4500
 NIL NIL MOD SFC/FL20 -5 -7 84 1011 ... 0
0
0		 -6
-12
15.7		 0 ridge 
(24774)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=28
EPV_CB=-52
11:00 320 2 5 20KM
 BKN SC 720/900 FEW AC 3600/4500
 NIL NIL MOD SFC/FL20 -5 -7 85 1011 ... 0
0
0		 -9
-12.4
16.3		 0 ridge 
(25412.9)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=16
EPV_CB=-51
12:00 310 2 3 1000M
 BR BKN ST 90/900 FEW AC 3600/4500
SCT CI 7500/8100		 NIL NIL NIL -5 -7 86 1011 ... 0
0
0		 -12
-12.6
16.8		 0 ridge 
(24135)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=9
EPV_CB=-48
13:00 290 1 3 1000M
 BR OVC ST 90/360 FEW AC 4200/5100
 NIL NIL NIL -7 -8 88 1011 ... 0
0
 -15
-12.8
17.2		 0 cold advection 
(19071)
DBZ=15 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=28
EPV_CB=-46
14:00 270 1 2 1000M
 BR OVC ST 90/360 BKN AC 5100/5700
 NIL NIL NIL -8 -9 91 1011 ... 0
0
 -19
-13.3
17.5		 0 low-gradient field 
(12090.1)
DBZ=15 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=51
EPV_CB=-45
15:00 230 1 2 1000M
 BR OVC ST 90/360 OVC AC 4560/8400

 NIL NIL NIL -9 -10 93 1011 ... 0
0
0		 -20
-13.5
17.7		 0 low-gradient field 
(6883.2)
DBZ=10 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=81
EPV_CB=-45
16:00 210 1 3 1000M
 BR BKN ST 90/5100 OVC AS 5100/8400
 NIL NIL NIL -9 -10 94 1011 ... 0
0
0		 -16
-13.4
17.7		 0 uniform air mass 
(5063.5)
DBZ=10 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=112
EPV_CB=-42
17:00 190 2 5000M
 BR OVC AS 4200/8400
 NIL NIL NIL -9 -10 95 1011 ... 0
0
0		 -11
-13
17.5		 0 ridge 
(5017.8)
DBZ=10 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=139
EPV_CB=-42
18:00 190 2 4 6000M
 BR BKN AC 3600/8100
 NIL NIL NIL -9 -10 95 1010 ... 0
0
0		 -8
-12.7
17.5		 0 ridge 
(5596.9)
DBZ=10 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=162
EPV_CB=-41
19:00 180 3 4 6000M
 BR BKN AC 3300/7800
 NIL NIL NIL -9 -10 94 1010 ... 0
0
0		 -7
-12.9
17.8		 0 ridge 
(6260.6)
DBZ=10 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=187
EPV_CB=-49
20:00 170 3 7 8000M
 BR BKN SC 330/900 BKN AC 3000/7800
 NIL NIL NIL -9 -9 93 1010 ... 0
0
0		 -7
-12.9
18.2		 0 N periphery of H 
(7549.1)
DBZ=10 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=202
EPV_CB=-52
21:00 160 4 9 1000M
 BR BKN ST 90/1050 BKN AC 2700/7500
 NIL NIL NIL -8 -9 92 1009 ... 0
0
0		 -6
-12.8
18.2		 0 warm advection 
(9933.7)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=199
EPV_CB=-55
22:00 160 5 11 1000M
 BR BKN ST 90/1200 BKN AC 2700/7500
 NIL NIL NIL -8 -9 91 1009 ... 0
0
0		 -2
-12.3
17.5		 0 warm advection 
(15349.9)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=188
EPV_CB=-54
23:00 160 6 11 1000M
 BR BKN ST 90/2700 BKN AC 2700/7500
 NIL NIL NIL -8 -9 90 1009 ... 0
0
0		 3
-11.3
16.4		 0 warm advection 
(21862.2)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=162
EPV_CB=-50
20.05.2024
00:00 160 7 13 1000M
 BLSN BKN ST 90/2700 BKN AC 2700/5400
FEW CI 6000/7500		 NIL NIL MOD SFC/FL20 -7 -9 89 1008 ... 0
0
0		 6
-10.3
15.4		 0 warm advection 
(24135)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=149
EPV_CB=-46
01:00 160 9 15 1000M
 BLSN BKN ST 90/2850 BKN AC 2850/5100
FEW CI 6300/7800		 NIL NIL MOD SFC/FL20 -7 -8 89 1007 ... 0
0
0		 7
-10
14.8		 0 front part of through 
(18083.7)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=162
EPV_CB=-45
02:00 160 10 17 1000M
 SN BLSN OVC ST 90/2850 BKN AC 3000/4500
FEW CI 6300/7800		 NIL NIL MOD SFC/FL20 -6 -7 90 1006 ... 0.1
0
0		 8
-9.7
14.3		 0 front part of through 
(7793)
DBZ=10 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=189
EPV_CB=-49
03:00 160 12 19 0200M
 SN BLSN OVC ST 150/2850 OVC AC 3300/4200
FEW CI 6300/8100		 NIL NIL MOD SFC/FL20 -5 -7 91 1006 ... 0.1
0
0		 9
-9.4
13.8		 0 front part of through 
(180.84)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=209
EPV_CB=-50
04:00 160 13 20 0100M
 SN BLSN OVC ST 150/3300 OVC AC 3300/4500
FEW CI 6300/8100		 NIL NIL MOD SFC/FL20 -5 -6 91 1005 ... 0.1
0
0		 10
-9.1
13.1		 0 front part of through 
(-1542.4)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=214
EPV_CB=-49
05:00 160 13 20 1000M
 SN BLSN OVC NS 150/5400
SCT CI 6300/8400		 NIL NIL MOD SFC/FL20 -4 -5 91 1004 ... 0.2
0
0		 11
-8.5
12.4		 0 front part of through 
(-586.9)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=211
EPV_CB=-48
06:00 160 12 18 1000M
 SN BLSN OVC NS 150/5400
BKN CI 6300/8400		 NIL NIL MOD SFC/FL40 -3 -4 91 1004 ... 0.2
0
0		 11
-8.3
11.9		 0 front part of L 
(334.1)
DBZ=0 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=211
EPV_CB=-49
07:00 170 12 18 1000M
 SN BLSN OVC NS 150/5400
BKN CI 6300/8700		 NIL NIL MOD SFC/FL40 -3 -4 92 1003 ... 0.2
0
0		 12
-8.1
11.7		 0 front part of L 
(304.9)
DBZ=5 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=213
EPV_CB=-50
08:00 170 12 18 1000M
 SN BLSN OVC NS 150/5400
BKN CI 6300/8700		 NIL NIL MOD SFC/FL40 -2 -3 92 1003 ... 0.2
0
0		 12
-8.1
11.7		 0 arctic warm front 
(241.4)
DBZ=10 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=213
EPV_CB=-53
09:00 170 10 15 2000M
 SN BLSN OVC NS 150/5700
BKN CI 6300/9000		 NIL NIL MOD FL40/FL50 -1 -2 93 1002 ... 0.2
0
0		 13
-8
11.5		 0 arctic warm front 
(177.89)
DBZ=15 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=210
EPV_CB=-54
10:00 170 10 16 1500M
 SN BLSN OVC NS 150/5700
BKN CI 6300/9000		 NIL NIL NIL -1 -2 94 1002 ... 0.3
0
0		 14
-7.5
10.9		 0 arctic warm front 
(120.2)
DBZ=15 DBZ_type=3 wsoil5=0.27 PTSKP=0
Moisture=201
EPV_CB=-51
11:00 180 8 13 1500M
 SN BLSN OVC NS 150/5700
BKN CI 6300/9300		 NIL NIL NIL -0 -1 95 1001 ... 0.3
0
0		 15
-7
10.1		 0 arctic warm front 
(62.7)
DBZ=15 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=188
EPV_CB=-46
12:00 180 8 13 1500M
 SN BLSN OVC NS 150/5700
OVC CS 6300/9600		 NIL NIL NIL 0 -1 96 1001 ... 0.3
0
0		 16
-6.6
9.5		 0 arctic warm front 
(22.701)
DBZ=15 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=177
EPV_CB=-41
13:00 190 8 13 1000M
 SN BR OVC NS 90/5400
OVC CS 6000/9600		 100 NIL NIL 1 0 97 1001 ... 0.3
0
0		 16
-6.7
9.4		 0 arctic warm front 
(10.7)
DBZ=-4.9 DBZ_type=4 wsoil5=0.28 PTSKP=0
Moisture=169
EPV_CB=-34
14:00 190 7 11 1000M
 SN BR OVC NS 90/2850 FEW AC 3600/5100
BKN CI 6000/9900		 120 NIL NIL 1 1 97 1001 ... 0.2
0
0		 15
-6.6
9.5		 0 arctic warm front 
(16.3)
DBZ=-11.8 DBZ_type=4 wsoil5=0.28 PTSKP=0
Moisture=156
EPV_CB=-26
15:00 200 5 11 1000M
 SN BR OVC NS 90/2850 FEW AC 3900/5100
BKN CI 6000/10200		 130 NIL NIL 1 1 97 1001 ... 0.2
0
0		 15
-6.7
9.6		 0 arctic stationary front 
(25.53)
DBZ=10 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=146
EPV_CB=-20
16:00 210 4 10 1000M
 RASN BR OVC NS 90/3300 SCT AC 3900/5100
BKN CI 6000/10200		 150 NIL NIL 2 1 97 1002 ... 0.3
0
0		 15
-6.6
9.7		 0 arctic stationary front 
(37.7)
DBZ=-10.2 DBZ_type=4 wsoil5=0.28 PTSKP=0
Moisture=166
EPV_CB=-20
17:00 230 3 9 1000M
 RASN BR OVC NS 90/3900 BKN AC 3900/5100
BKN CI 6000/10200		 180 NIL NIL 2 2 97 1002 ... 0.3
0
0		 16
-6.6
9.7		 0 arctic stationary front 
(53.5)
DBZ=-1.6 DBZ_type=4 wsoil5=0.28 PTSKP=0
Moisture=198
EPV_CB=-26
18:00 240 3 8 1000M
 RASN BR OVC NS 90/3600 OVC AC 3600/5400
BKN CI 6000/9900		 180 NIL NIL 2 2 97 1002 ... 0.4
0
0		 16
-6.6
9.7		 0 arctic warm front 
(61.509)
DBZ=15 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=224
EPV_CB=-28
19:00 250 2 6 1000M
 SN BR OVC NS 90/3300 OVC AS 3300/5700
BKN CI 6300/9900		 120 NIL NIL 2 1 97 1002 ... 0.5
0
0		 17
-6.4
9.6		 0 arctic warm front 
(53.4)
DBZ=2.8 DBZ_type=4 wsoil5=0.28 PTSKP=0
Moisture=230
EPV_CB=-27
20:00 230 1 5 1000M
 SN BR OVC NS 90/10200
40 NIL NIL 2 1 97 1002 ... 0.7
0
0		 17
-6.3
9.3		 0 arctic warm front 
(37.5)
DBZ=-1.4 DBZ_type=4 wsoil5=0.28 PTSKP=0
Moisture=229
EPV_CB=-23
21:00 200 1 3 1000M
 SN BR OVC NS 90/9600
NIL NIL NIL 1 1 97 1002 ... 0.8
0
0		 17
-6.2
9.1		 0 arctic warm front 
(27.09)
DBZ=15 DBZ_type=3 wsoil5=0.28 PTSKP=0
Moisture=225
EPV_CB=-21
22:00 140 1 3 0100M
 SN FG OVC NS 390/9600
NIL NIL NIL 1 1 97 1002 ... 0.8
0
0		 17
-6.2
9		 0 arctic warm front 
(28.6)
DBZ=3.1 DBZ_type=4 wsoil5=0.28 PTSKP=0
Moisture=220
EPV_CB=-19
23:00 100 1 4 0100M
 SN FG OVC NS 390/9600
NIL NIL NIL 2 1 97 1002 ... 0.9
0
0		 17
-6.1
8.9		 0 arctic warm front 
(35.7)
DBZ=11.8 DBZ_type=4 wsoil5=0.28 PTSKP=0
Moisture=215
EPV_CB=-17
21.05.2024
00:00 90 1 5 0800M
 SN FG OVC NS 90/9600
30 NIL NIL 2 1 97 1001 ... 0.9
0
0		 18
-5.8
8.4		 0 arctic warm front 
(42.908)
DBZ=18 DBZ_type=4 wsoil5=0.28 PTSKP=0
Moisture=210
EPV_CB=-17
03:00 80 2 4 0800M
 SN FG OVC NS 90/10200
NIL NIL NIL 0 0 100 1000 ... 0.8
0
0		 26
-2.5
3.7		 0 arctic warm front 
(59.929)
DBZ=15.5 DBZ_type=4 wsoil5=0.28 PTSKP=0
Moisture=189
EPV_CB=-8

Remarks (click for view)

Latitude 69.4, longitude 86.17, point altitude 19 m.
Mean area surface altitude 33 m.
Forecasts are updated 02, 08, 14, 20 UTC.

See also (external links):
Area lightning maps Dudinka (lightningmaps.org)
Dynamic forecast maps (ventusky.com)
Ceiling forecast map Dudinka (windy.com)

The forecast is an experimental scientific and technical product and is not a substitute meteorological information provided by official state weather services.
The forecast is intended for personal scientific and educational use by individuals, it should not be used for making important decisions or performing actual aircraft flights.

For official meteorological information, contact the competent state authorities.
You can also purchase verified DWD AUTOTAF forecasts from the German weather service.

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