AUTOTAF.ME UNNT - aviation weather forecast Novosibirsk (Tolmachyovo)
Today civil twilight begin 00:05 UTC, sunrise 00:41 UTC, transit 06:38 UTC, sunset 12:34 UTC, civil twilight end 13:10 UTC.

Current weather

METAR UNNT 162000Z 16005MPS CAVOK M03/M10 Q1023 R25/150060 R34/////// NOSIG RMK QFE757/1010=
TAF UNNT 161700Z 1618/1718 18003G09MPS 8000 BKN040 TX05/1709Z TNM06/1700Z
   TEMPO 1621/1704 18008G13MPS -SHSNRA BKN011 BKN020CB
  BECMG 1704/1707 19008G16MPS
  BECMG 1712/1715 BKN040CB=

Short forecast Novosibirsk (Tolmachyovo) 9 hr

AUTOTAF.ME UNNT 161900Z 1620/1705 18005G11MPS CAVOK TXM01/1705Z TNM06/1622Z    
  FM162300 18005G11MPS 2500 BR OVC004  
  BECMG 1700/1701 BLSN    
  FM170400 17006G14MPS CAVOK

NOWCAST.SU UNNT 162000Z 18005G11MPS 9999 SCT250 M05/M07 Q1024 NOSIG
           RMK TURB: MOD SFC/FL20

Long forecast Novosibirsk (Tolmachyovo) 24 hr

AUTOTAFH.ME UNNT 161900Z 1620/1717 18005G11MPS 9999 SCT250 M05/M07 Q1024 TURB: MOD SFC/FL20
 FM162100 18005G11MPS 9999 SCT250 M05/M07 Q1024 TURB: MOD SFC/FL20
 FM162200 18005G11MPS 9999 OVC170 M06/M07 Q1024 TURB: MOD SFC/FL20
 FM162300 18005G11MPS 2000 BR OVC005 M06/M07 Q1024 TURB: MOD SFC/FL20
 FM170000 18005G11MPS 2000 BR OVC005 M06/M08 Q1023 TURB: MOD SFC/FL20
 FM170100 18005G12MPS 2000 BLSN OVC005 M05/M07 Q1023 TURB: MOD SFC/FL20
 FM170200 18005G13MPS 2000 BLSN OVC005 M05/M06 Q1023 TURB: MOD SFC/FL20
 FM170300 17005G13MPS 2000 BLSN OVC005 M04/M05 Q1023 TURB: MOD SFC/FL20
 FM170400 17006G14MPS 9999 BKN067 M02/M04 Q1023 TURB: MOD SFC/FL20
 FM170500 18008G16MPS 9999 BKN062 M01/M03 Q1022 TURB: MOD SFC/FL30
 FM170600 18009G17MPS 9999 BKN023 01/M02 Q1022 TURB: MOD SFC/FL30
 FM170700 18009G17MPS 9999 BKN023 02/M01 Q1021 TURB: MOD SFC/FL20
 FM170800 18010G18MPS 9999 BKN021 02/00 Q1021 TURB: MOD SFC/FL20
 FM170900 19010G18MPS 9999 BKN019 02/00 Q1020 TURB: MOD SFC/FL20
 FM171000 19010G18MPS 9999 BKN290 02/00 Q1020 TURB: MOD SFC/FL20
 FM171100 19010G18MPS 9999 SCT280 02/00 Q1020 TURB: MOD SFC/FL20
 FM171200 19011G19MPS 9999 FEW270 02/00 Q1020 TURB: MOD SFC/FL20
 FM171300 19010G18MPS 9999 FEW270 02/M01 Q1019 TURB: MOD SFC/FL20
 FM171400 19010G18MPS 9999 FEW270 02/M01 Q1019 TURB: MOD SFC/FL20
 FM171500 20010G18MPS 9999 SCT270 01/M01 Q1019 TURB: MOD SFC/FL20
 FM171600 20011G19MPS 9999 BKN270 02/M01 Q1018 TURB: MOD SFC/FL20
 FM171700 20011G19MPS 2000 DZ BR OVC005 02/00 Q1018 TURB: MOD SFC/FL20

Detail table forecast Novosibirsk (Tolmachyovo)

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
16.03.2025
09:00 180 5 13 20KM
FEW CI 8700/9900		 40 NIL NIL 1 -3 78 1026 ... 0
0
 -26
-9.6
12.8		 0 N periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=-38
EPV_CB=-13
12:00 180 5 13 20KM
FEW CI 8400/9900		 NIL NIL MOD SFC/FL20 -1 -4 84 1026 ... 0
0
 -28
-10.1
12.8		 0 N periphery of H 
0 20000 (20000) 6630
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=-38
EPV_CB=-13
13:00 180 5 13 20KM
FEW CI 8400/10200		 NIL NIL MOD SFC/FL20 -2 -4 86 1025 ... 0
0
 -31
-10.3
13.1		 0 N periphery of H 
0 20000 (20000) 9999
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=-41
EPV_CB=-14
14:00 190 5 13 2000M
 BLSN OVC ST 150/360
FEW CI 8100/11100		 NIL NIL MOD SFC/FL20 -3 -5 87 1025 ... 0
0
 -35
-10.5
13.4		 0 N periphery of H 
0 19000 (19000) 8400
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=-48
EPV_CB=-15
15:00 190 5 13 2000M
 BLSN OVC ST 150/360
FEW CI 7800/11400		 NIL NIL MOD SFC/FL20 -4 -6 88 1025 ... 0
0
 -33
-10.7
13.5		 0 N periphery of H 
0 18000 (18000) 5820
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=-52
EPV_CB=-17
16:00 190 5 13 2000M
 BLSN OVC ST 150/360
FEW CI 7800/11400		 NIL NIL MOD SFC/FL20 -5 -6 89 1025 ... 0
0
 -22
-10.8
13.2		 0 N periphery of H 
0 17000 (17000) 7950
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=-55
EPV_CB=-22
17:00 180 5 13 2000M
 BLSN OVC ST 150/360
FEW CI 8100/11100		 NIL NIL MOD SFC/FL20 -5 -6 90 1025 ... 0
0
 -12
-10.6
12.6		 0 N periphery of H 
0 16000 (16000) 7500
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=-52
EPV_CB=-23
18:00 180 5 12 2000M
 BLSN OVC ST 150/360 FEW AC 6600/6900
FEW CI 8100/10800		 NIL NIL MOD SFC/FL20 -5 -7 91 1024 ... 0
0
 -7
-9.5
12.2		 0 N periphery of H 
0 15000 (15000) 6630
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=-39
EPV_CB=-23
19:00 180 5 10 15KM
SCT CI 7800/10800		 NIL NIL MOD SFC/FL20 -6 -7 91 1024 ... 0
0
 -6
-8.8
12		 0 N periphery of H 
0 15000 (15000) 5610
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=-0
EPV_CB=-23
20:00 180 5 11 14KM
SCT CI 7500/10500		 NIL NIL MOD SFC/FL20 -5 -7 91 1024 ... 0
0
 -8
-8.5
12		 0 N periphery of H 
0 14000 (14000) 4140
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=48
EPV_CB=-23
21:00 180 5 11 14KM
SCT CI 7500/10500		 NIL NIL MOD SFC/FL20 -5 -7 91 1024 ... 0
0
 -7
-8.6
11.8		 0 uniform air mass 
0 14000 (14000) 3120
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=84
EPV_CB=-23
22:00 180 5 11 13KM
 OVC AC 5100/10500

 NIL NIL MOD SFC/FL20 -6 -7 90 1024 ... 0
0
0		 -5
-8.2
11.4		 0 uniform air mass 
0 13000 (13000) 3210
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=95
EPV_CB=-20
23:00 180 5 11 2000M
 BR OVC ST 150/360 BKN AC 5100/10800
 NIL NIL MOD SFC/FL20 -6 -7 89 1024 ... 0
0
 -2
-8
10.9		 0 uniform air mass 
0 11000 (11000) 3780
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=89
EPV_CB=-19
17.03.2025
00:00 180 5 11 2000M
 BR OVC ST 150/360 SCT AC 4800/10800
 NIL NIL MOD SFC/FL20 -6 -8 88 1023 ... 0
0
 3
-7.4
10.2		 0 uniform air mass 
0 11000 (11000) 4050
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=86
EPV_CB=-18
01:00 180 5 12 2000M
 BLSN OVC ST 150/360 SCT AC 4800/11100
 NIL NIL MOD SFC/FL20 -5 -7 88 1023 ... 0
0
 11
-6.1
8.9		 0 polar stationary front 
0 11000 (11000) 3600
DBZ=-18.2 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=110
EPV_CB=-15
02:00 180 5 13 2000M
 BLSN OVC ST 150/360 SCT AC 4500/11100
 NIL NIL MOD SFC/FL20 -5 -6 87 1023 ... 0
0
 18
-4.7
7.4		 0 polar warm front 
0 13000 (13000) 2880
DBZ=-15.8 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=138
EPV_CB=-13
03:00 170 5 13 2000M
 BLSN OVC ST 150/360 SCT AC 4500/11400
 NIL NIL MOD SFC/FL20 -4 -5 87 1023 ... 0
0
 22
-3.9
6.4		 0 polar stationary front 
0 14000 (14000) 2340
DBZ=-14.6 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=150
EPV_CB=-11
04:00 170 6 14 15KM
 BKN SC 2010/2610
SCT CI 6600/11400		 NIL NIL MOD SFC/FL20 -2 -4 86 1023 ... 0
0
 20
-3.8
6.2		 0 polar warm front 
0 15000 (15000) 2010
DBZ=-15.8 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=124
EPV_CB=-10
05:00 180 8 16 15KM
 BKN SC 1860/2460
FEW CI 6600/11400		 NIL NIL MOD SFC/FL30 -1 -3 85 1022 ... 0
0
 13
-4.5
6.6		 0 warm advection 
0 15000 (15000) 1860
DBZ=-18.2 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=76
EPV_CB=-10
06:00 180 9 17 15KM
 BKN SC 690/2250 FEW AC 4500/11100
 30 NIL MOD SFC/FL30 1 -2 85 1022 ... 0
0
0		 6
-5.3
7.3		 0 N periphery of H 
0 15000 (15000) 2340
DBZ=-99 DBZ_type=4 wsoil5=0.3 PTSKP=0
Moisture=38
EPV_CB=-11
07:00 180 9 17 15KM
 BKN SC 690/1800
SCT CI 7500/11100		 480 NIL MOD SFC/FL20 2 -1 86 1021 ... 0
0
0		 7
-6.1
8.6		 0 N periphery of H 
0 15000 (15000) 4020
DBZ=-99 DBZ_type=4 wsoil5=0.31 PTSKP=0
Moisture=48
EPV_CB=-13
08:00 180 10 18 16KM
 BKN SC 630/1200
BKN CI 8400/11100		 1200 NIL MOD SFC/FL20 2 0 87 1021 ... 0
0
0		 9
-7.3
10.2		 0 uniform air mass 
0 16000 (16000) 6360
DBZ=-99 DBZ_type=4 wsoil5=0.31 PTSKP=0
Moisture=46
EPV_CB=-16
09:00 190 10 18 16KM
 BKN SC 570/1050
BKN CI 9000/11100		 1650 NIL MOD SFC/FL20 2 0 87 1020 ... 0
0
0		 8
-8.7
11.3		 0 N periphery of H 
0 16000 (16000) 7950
DBZ=-99 DBZ_type=4 wsoil5=0.32 PTSKP=0
Moisture=44
EPV_CB=-19
10:00 190 10 18 20KM
BKN CI 8700/10500		 1800 NIL MOD SFC/FL20 2 0 86 1020 ... 0
0
 7
-9.9
11.6		 0 N periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.32 PTSKP=0
Moisture=37
EPV_CB=-17
11:00 190 10 18 20KM
SCT CI 8400/9900		 1950 NIL MOD SFC/FL20 2 -0 85 1020 ... 0
0
 8

11.5		 0 uniform air mass 
12:00 190 11 19 20KM
FEW CI 8100/9600		 1950 NIL MOD SFC/FL20 2 -0 84 1020 ... 0
0
 8
-8.3
11		 0 N periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.31 PTSKP=0
Moisture=26
EPV_CB=-10
13:00 190 10 18 20KM
FEW CI 8100/9900		 1950 NIL MOD SFC/FL20 2 -1 84 1019 ... 0
0
 8
-6.9
10.2		 0 N periphery of H 
(24732.1)
DBZ=-21.5 DBZ_type=4 wsoil5=0.31 PTSKP=0
Moisture=33
EPV_CB=-9
14:00 190 10 18 20KM
FEW CI 8100/10500		 1950 NIL MOD SFC/FL20 2 -1 84 1019 ... 0
0
 8
-6.2
9.2		 0 warm advection 
(25329.2)
DBZ=-23 DBZ_type=4 wsoil5=0.32 PTSKP=0
Moisture=28
EPV_CB=-10
15:00 200 10 18 20KM
SCT CI 8100/10800		 1950 NIL MOD SFC/FL20 1 -1 85 1019 ... 0
0
 10
-5.8
8.1		 0 uniform air mass 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.32 PTSKP=0
Moisture=67
EPV_CB=-11
16:00 200 11 19 19KM
BKN CI 8100/11100		 1950 NIL MOD SFC/FL20 2 -1 87 1018 ... 0
0
 16
-4.9
7.1		 0 polar stationary front 
(18761)
DBZ=-3.6 DBZ_type=4 wsoil5=0.32 PTSKP=0
Moisture=116
EPV_CB=-14
17:00 200 11 19 2000M
 DZ BR OVC ST 150/360
BKN CI 7800/11100		 1950 NIL MOD SFC/FL20 2 0 89 1018 ... 0.1
0
 22
-3.7
6.1		 0 polar stationary front 
(11595.6)
DBZ=18.2 DBZ_type=4 wsoil5=0.33 PTSKP=0
Moisture=168
EPV_CB=-15
18:00 200 12 20 2000M
 RA BR OVC ST 150/360 OVC AS 4200/6900
OVC CS 7800/11100		 1950 NIL MOD SFC/FL20 2 1 91 1018 ... 0.2
0
 25
-2.9
5.4		 0 polar stationary front 
(8012.9)
DBZ=29.1 DBZ_type=4 wsoil5=0.33 PTSKP=0
Moisture=202
EPV_CB=-14
19:00 210 12 20 2000M
 RA BR OVC ST 150/360
OVC CS 7500/11100		 1950 NIL MOD SFC/FL20 2 1 92 1017 ... 0.4
0
 25
-3.1
5.4		 0 polar warm front 
(11595.9)
DBZ=17.4 DBZ_type=4 wsoil5=0.34 PTSKP=0
Moisture=201
EPV_CB=-14
20:00 210 12 20 2000M
 RA BR OVC ST 150/360
OVC CS 7500/11100		 1950 NIL MOD SFC/FL30 2 1 92 1018 ... 0.5
0
 23
-3.5
5.7		 0 polar warm front 
(18761.6)
DBZ=-5.3 DBZ_type=4 wsoil5=0.34 PTSKP=0
Moisture=185
EPV_CB=-12
21:00 210 11 19 2000M
 RA BR OVC ST 150/360
OVC CS 7200/11100		 1950 NIL MOD SFC/FL30 3 2 93 1018 ... 0.6
0
 22
-3.8
5.8		 0 polar warm front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.35 PTSKP=0
Moisture=173
EPV_CB=-11
22:00 210 11 19 2000M
 RA BR OVC ST 150/360
OVC CS 7200/11100		 1950 NIL MOD SFC/FL30 2 2 95 1018 ... 0.5
0
 23
-3.7
5.6		 0 polar warm front 
(26210.4)
DBZ=-16.4 DBZ_type=4 wsoil5=0.36 PTSKP=0
Moisture=176
EPV_CB=-12
23:00 220 11 19 2000M
 RA BR OVC ST 150/360
OVC CS 7200/11100		 2100 NIL MOD SFC/FL20 2 2 97 1018 ... 0.4
0
 24
-3.4
5.2		 0 polar warm front 
(26493.4)
DBZ=-4.8 DBZ_type=4 wsoil5=0.36 PTSKP=0
Moisture=189
EPV_CB=-13
18.03.2025
00:00 220 11 19 2000M
 RA BR OVC ST 150/360
OVC CS 7200/11100		 2100 NIL MOD SFC/FL20 2 2 98 1018 ... 0.2
0
 25
-3.2
4.9		 0 polar warm front 
(24126)
DBZ=2.7 DBZ_type=4 wsoil5=0.37 PTSKP=0
Moisture=197
EPV_CB=-13
01:00 220 10 18 2000M
 RA BR OVC ST 150/360
BKN CI 7200/11100		 2100 NIL MOD SFC/FL20 2 2 98 1018 ... 0.2
0
 26
-3
4.7		 0 polar warm front 
(17056.9)
DBZ=0.6 DBZ_type=4 wsoil5=0.38 PTSKP=0
Moisture=188
EPV_CB=-10
02:00 220 9 17 2000M
 RA BR OVC ST 150/360 OVC AS 3900/6600
BKN CI 7200/11100		 2100 NIL MOD SFC/FL20 2 2 98 1019 ... 0.2
0
 26
-2.5
4.5		 0 polar warm front 
(7337.4)
DBZ=-5.6 DBZ_type=4 wsoil5=0.38 PTSKP=0
Moisture=177
EPV_CB=-5
03:00 220 9 17 0250M
 RA FG OVC ST 150/360 BKN AC 3900/6600
BKN CI 7200/11100		 2100 NIL MOD SFC/FL20 2 2 98 1019 ... 0.2
0
 27
-2.5
4.4		 0 polar warm front 
(262.94)
DBZ=-11.2 DBZ_type=4 wsoil5=0.39 PTSKP=0
Moisture=172
EPV_CB=-3
04:00 220 9 17 0100M
 RA FG OVC ST 150/360 BKN AC 3900/6600
OVC CS 7500/11400		 2100 NIL MOD SFC/FL20 2 2 98 1019 ... 0.2
0
 26
-2.6
4.5		 0 polar warm front 
(-1520)
DBZ=-14.8 DBZ_type=4 wsoil5=0.4 PTSKP=0
Moisture=172
EPV_CB=-3
05:00 220 9 17 0100M
 RA FG OVC ST 150/360 BKN AC 3900/6300
OVC CS 7800/11400		 2100 NIL MOD SFC/FL30 2 2 97 1020 ... 0.2
0
 26
-3
4.8		 0 polar warm front 
(-657.9)
DBZ=-17.9 DBZ_type=4 wsoil5=0.4 PTSKP=0
Moisture=172
EPV_CB=-5
06:00 220 9 17 0200M
 DZ FG OVC ST 150/360 BKN AC 3900/6300
OVC CS 7800/11400		 2100 NIL MOD SFC/FL20 3 2 97 1020 ... 0.1
0
 25
-3.2
4.7		 0 warm advection 
(205.69)
DBZ=-99 DBZ_type=4 wsoil5=0.41 PTSKP=0
Moisture=176
EPV_CB=-6
07:00 220 9 17 0100M
 FG BKN AC 3600/6600
OVC CS 7800/11700		 2100 NIL MOD SFC/FL30 3 2 97 1020 ... 0.1
0
 26
-2.4
3.9		 0 warm advection 
(-699.5)
DBZ=-99 DBZ_type=4 wsoil5=0.42 PTSKP=0
Moisture=187
EPV_CB=-3
08:00 220 9 17 0100M
 FG BKN AC 3600/6600
OVC CS 7500/11700		 2100 NIL MOD SFC/FL30 3 3 96 1020 ... 0
0
 28
-1.8
2.9		 0 warm advection 
(-1603.1)
DBZ=-99 DBZ_type=4 wsoil5=0.43 PTSKP=0
Moisture=202
EPV_CB=-1
09:00 220 9 17 0150M
 FG BKN AC 3300/6900
OVC CS 7500/12000		 2250 NIL MOD SFC/FL30 3 3 96 1021 ... 0
0
 29
-1.5
2.4		 0 warm advection 
(161.81)
DBZ=-99 DBZ_type=4 wsoil5=0.44 PTSKP=0
Moisture=215
EPV_CB=-0
10:00 210 9 17 2000M
 DZ BR OVC ST 150/360 OVC AS 3300/6900
OVC CS 7500/11700		 2250 NIL MOD SFC/FL20 3 2 96 1021 ... 0.1
0
 28
-1.9
3.1		 0 polar warm front 
(7261.7)
DBZ=-99 DBZ_type=4 wsoil5=0.45 PTSKP=0
Moisture=215
EPV_CB=-1
11:00 210 8 16 2000M
 RA BR OVC ST 150/360 OVC AS 3300/6900
OVC CS 7800/11700		 2250 NIL MOD SFC/FL20 3 2 96 1021 ... 0.2
0
 26
-2.7
4.3		 0 tropical warm front 
(17030.2)
DBZ=-99 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=207
EPV_CB=-2
12:00 210 8 16 2000M
 RA BR OVC ST 150/360 OVC AS 3300/6900
OVC CS 7800/11700		 2400 NIL MOD SFC/FL20 3 2 95 1021 ... 0.3
0
 24
-3.3
5.1		 0 tropical warm front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=201
EPV_CB=-4
13:00 200 8 16 2000M
 RA BR OVC ST 150/360 OVC AS 3300/6900
OVC CS 7800/11700		 2400 NIL MOD SFC/FL20 3 2 94 1021 ... 0.2
0
 24
-3.3
4.9		 0 tropical warm front 
(25910.8)
DBZ=-13.7 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=202
EPV_CB=-6
14:00 200 9 17 20KM
 OVC AS 3300/6900
OVC CS 7500/12000		 2250 NIL MOD SFC/FL90 3 1 92 1020 ... 0.1
0
 25
-2.9
4.4		 0 tropical warm front 
(25022.9)
DBZ=-5.4 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=207
EPV_CB=-7
15:00 210 8 16 20KM
2250 NIL MOD SFC/FL20 3 1 91 1020 ... 0
0
 25
-2.9
4.3		 0 tropical warm front 
(24135)
DBZ=-1.2 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=205
EPV_CB=-8
16:00 210 8 16 20KM
 BKN AC 3300/12000
 2400 NIL MOD SFC/FL20 2 1 90 1020 ... 0
0
 23
-3.4
5.4		 0 tropical warm front 
(24135)
DBZ=-5.4 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=186
EPV_CB=-8
17:00 220 9 17 2000M
 BR OVC ST 150/360 SCT AC 3300/11700
 2400 NIL MOD SFC/FL20 2 1 89 1021 ... 0
0
 18
-4.3
6.9		 0 tropical warm front 
(24135)
DBZ=-13.7 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=166
EPV_CB=-8
18:00 220 8 16 2000M
 BR OVC ST 150/360
2400 NIL MOD SFC/FL20 2 1 89 1021 ... 0
0
 14
-5
8.1		 0 tropical stationary front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=151
EPV_CB=-7
19:00 220 8 16 2000M
 BR OVC ST 150/360 FEW AC 3900/11700
 2400 NIL MOD SFC/FL30 2 0 89 1021 ... 0
0
 11
-5.3
8.5		 0 uniform air mass 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=140
EPV_CB=-7
20:00 220 7 15 2000M
 BR OVC ST 150/360 BKN AC 4800/11700
 2400 NIL MOD SFC/FL20 2 0 90 1021 ... 0
0
 9
-5.5
8.5		 0 uniform air mass 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=130
EPV_CB=-6
21:00 210 7 15 2000M
 BR OVC ST 150/360 OVC AS 5400/12000
 2400 NIL MOD SFC/FL20 2 0 90 1022 ... 0
0
 7
-5.8
8.4		 0 uniform air mass 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=124
EPV_CB=-7
22:00 210 7 15 20KM
 BKN AC 5400/12000
 2400 NIL MOD SFC/FL20 2 0 90 1022 ... 0
0
 5
-5.9
8.4		 0 warm advection 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=117
EPV_CB=-7
23:00 210 5 13 20KM
 BKN AC 5100/12000
 2400 NIL MOD SFC/FL20 1 0 91 1022 ... 0
0
 4
-5.9
8.3		 0 warm advection 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=111
EPV_CB=-7
19.03.2025
00:00 210 5 13 2000M
 BR OVC ST 150/360 BKN AC 4500/12000
 2400 NIL MOD SFC/FL20 1 0 91 1022 ... 0
0
 2
-6
8.3		 0 uniform air mass 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=107
EPV_CB=-7
03:00 210 5 13 2000M
 BR OVC ST 150/360 BKN AC 3600/12300
 2400 NIL MOD SFC/FL20 2 1 91 1022 ... 0
0
 1
-6.4
8.7		 0 uniform air mass 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.46 PTSKP=0
Moisture=99
EPV_CB=-10

Remarks (click for view)

Latitude 55.03333, longitude 82.59917, point altitude 112 m.
Mean area surface altitude 0 m.
Forecasts are updated 02, 08, 14, 20 UTC.

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

© autotaf.me
/0.2 1742157209.1