AUTOTAF.ME 33939 - aviation weather forecast Klepinino
Today civil twilight begin 02:20 UTC, sunrise 02:51 UTC, transit 09:42 UTC, sunset 16:33 UTC, civil twilight end 17:04 UTC.

Current weather

SYNAR 33946 Ñèìôåðîïîëü 180000Z 04001MPS 0100 FG VV/// 07/07 Q1024 RMK QFE751/1001 CLD:OBSC
(200/58KM)=

Short forecast Klepinino 9 hr

AUTOTAF.ME 33939 180000Z 1803/1812 08004MPS CAVOK TX18/1809Z TN07/1803Z     
  BECMG 1806/1807 09009MPS

NOWCAST.SU 33939 180400Z 09004MPS 9999 SKC 09/05 Q1022 NOSIG

Long forecast Klepinino 24 hr

AUTOTAFH.ME 33939 180200Z 1803/1903 08004MPS 9999 SKC 07/04 Q1023
 FM180400 09004MPS 9999 SKC 09/05 Q1022
 FM180500 09005G11MPS 9999 SKC 12/06 Q1022
 FM180600 09008G13MPS 9999 SKC 14/07 Q1022
 FM180700 09009MPS 9999 SKC 16/07 Q1021 TURB: MOD SFC/FL20
 FM180800 09010G15MPS 9999 SKC 17/07 Q1021 TURB: MOD SFC/FL40
 FM180900 09010G15MPS 9999 SKC 18/07 Q1020 TURB: MOD SFC/FL40
 FM181000 09010G15MPS 9999 SKC 18/06 Q1020 TURB: MOD SFC/FL40
 FM181100 09010G15MPS 9999 SKC 18/06 Q1019 TURB: MOD SFC/FL40
 FM181200 08009G14MPS 9999 SKC 18/05 Q1019 TURB: MOD SFC/FL40
 FM181300 08009G14MPS 9999 SKC 17/06 Q1018 TURB: MOD SFC/FL20
 FM181400 08009G14MPS 9999 SKC 17/06 Q1018 TURB: MOD SFC/FL20
 FM181500 08009MPS 9999 SKC 15/07 Q1018 TURB: MOD SFC/FL20
 FM181600 08007MPS 9999 SKC 14/06 Q1018
 FM181700 07005G11MPS 9999 SKC 12/06 Q1017
 FM181800 07004MPS 9999 SKC 10/05 Q1017
 FM181900 08004MPS 9999 SKC 09/05 Q1017
 FM182000 08003MPS 9999 SKC 09/04 Q1016
 FM182100 08003MPS 9999 SKC 08/04 Q1016
 FM182200 09003MPS 9999 SKC 08/05 Q1016
 FM182300 09003MPS 9999 SKC 08/05 Q1015
 FM190000 08003MPS 9999 SKC 07/05 Q1015
 FM190100 08003MPS 5000 BR SKC 07/05 Q1015
 FM190200 08003MPS 1000 BR OVC003 06/05 Q1014
 FM190300 08003MPS 1000 BR OVC003 07/05 Q1014

Detail table forecast Klepinino

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
18.04.2025
00:00 80 3 6 16KM
3000 NIL NIL 8 5 78 1023 ... 0
0
 -3
-7.4
9.8		 0 cold advection 
16000 (16000) 9999
DBZ=-99 DBZ_type=4 wsoil5=0.2 PTSKP=0
Moisture=-9
EPV_CB=-15
03:00 80 4 8 17KM
3000 NIL NIL 7 4 82 1023 ... 0
0
 -9
-7.7
10.7		 0 uniform air mass 
17000 (17000) 9999
DBZ=-99 DBZ_type=4 wsoil5=0.2 PTSKP=0
Moisture=21
EPV_CB=-16
04:00 90 4 10 18KM
3000 NIL NIL 9 5 77 1022 ... 0
0
 -10
-8.2
11.1		 0 SW periphery of H 
18000 (18000) 9999
DBZ=-99 DBZ_type=4 wsoil5=0.2 PTSKP=0
Moisture=20
EPV_CB=-16
05:00 90 5 11 20KM
3000 NIL NIL 12 6 70 1022 ... 0
0
 -11
-9.2
11.4		 0 SW periphery of H 
20000 (20000) 9999
DBZ=-99 DBZ_type=4 wsoil5=0.2 PTSKP=0
Moisture=15
EPV_CB=-17
06:00 90 8 13 20KM
3000 NIL NIL 14 7 63 1022 ... 0
0
 -13
-10.3
11.4		 0 SW periphery of H 
21000 (21000) 9999
DBZ=-99 DBZ_type=4 wsoil5=0.2 PTSKP=0
Moisture=4
EPV_CB=-20
07:00 90 9 13 20KM
3000 NIL MOD SFC/FL20 16 7 57 1021 ... 0
0
 -15
-10.5
10.8		 0 SW periphery of H 
21000 (21000) 9999
DBZ=-99 DBZ_type=4 wsoil5=0.2 PTSKP=0
Moisture=-3
EPV_CB=-22
08:00 90 10 15 20KM
3000 NIL MOD SFC/FL40 17 7 51 1021 ... 0
0
 -18
-9.8
9.9		 0 SW periphery of H 
20000 (20000) 9999
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-5
EPV_CB=-20
09:00 90 10 15 20KM
3000 NIL MOD SFC/FL40 18 7 47 1020 ... 0
0
 -21
-8.8
9.2		 0 SW periphery of H 
20000 (20000) 9999
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-2
EPV_CB=-16
10:00 90 10 15 20KM
3000 NIL MOD SFC/FL40 18 6 45 1020 ... 0
0
 -22
-7.8
9		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=2
EPV_CB=-11
11:00 90 10 15 20KM
3000 NIL MOD SFC/FL40 18 6 43 1019 ... 0
0
 -21
-7.3
9.1		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=2
EPV_CB=-7
12:00 80 9 14 20KM
3000 NIL MOD SFC/FL40 18 5 44 1019 ... 0
0
 -21
-7.1
9.2		 0 warm advection 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=2
EPV_CB=-5
13:00 80 9 14 20KM
3000 NIL MOD SFC/FL20 17 6 47 1018 ... 0
0
 -20
-7
9.2		 0 uniform air mass 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=1
EPV_CB=-5
14:00 80 9 14 20KM
3000 NIL MOD SFC/FL20 17 6 51 1018 ... 0
0
 -19
-7.1
9.2		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-1
EPV_CB=-5
15:00 80 9 12 20KM
3000 NIL MOD SFC/FL20 15 7 56 1018 ... 0
0
 -19
-7.2
9.2		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-6
EPV_CB=-6
16:00 80 7 11 20KM
3000 NIL NIL 14 6 61 1018 ... 0
0
 -19
-7.4
9.1		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-10
EPV_CB=-7
17:00 70 5 11 20KM
3000 NIL NIL 12 6 66 1017 ... 0
0
 -18
-7.8
8.9		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-14
EPV_CB=-7
18:00 70 4 11 20KM
3000 NIL NIL 10 5 70 1017 ... 0
0
 -18
-8
8.7		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-17
EPV_CB=-8
19:00 80 4 10 20KM
3000 NIL NIL 9 5 72 1017 ... 0
0
 -19
-8.1
8.3		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-20
EPV_CB=-9
20:00 80 3 8 20KM
3000 NIL NIL 9 4 74 1016 ... 0
0
 -19
-8.2
7.8		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-22
EPV_CB=-9
21:00 80 3 6 20KM
3000 NIL NIL 8 4 76 1016 ... 0
0
 -18
-8.3
7.4		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-26
EPV_CB=-9
22:00 90 3 5 20KM
3000 NIL NIL 8 5 80 1016 ... 0
0
 -16
-8.3
7.1		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-26
EPV_CB=-10
23:00 90 3 4 20KM
3000 NIL NIL 8 5 84 1015 ... 0
0
 -13
-8.4
6.9		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-26
EPV_CB=-10
19.04.2025
00:00 80 3 20KM
3000 NIL NIL 7 5 87 1015 ... 0
0
 -10
-8.2
6.7		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-26
EPV_CB=-10
01:00 80 3 5000M
 BR
3000 NIL NIL 7 5 90 1015 ... 0
0
 -7
-8.1
6.4		 0 warm advection 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-26
EPV_CB=-11
02:00 80 3 1000M
 BR OVC ST 90/360
3000 NIL NIL 6 5 93 1014 ... 0
0
 -3
-7.6
6.2		 0 polar stationary front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-26
EPV_CB=-11
03:00 80 3 4 1000M
 BR OVC ST 90/360
3000 NIL NIL 7 5 92 1014 ... 0
0
 -1
-7.2
5.9		 0 polar stationary front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-26
EPV_CB=-10
04:00 80 4 5 20KM
3000 NIL NIL 8 6 87 1014 ... 0
0
 1
-6.8
5.7		 0 polar stationary front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-26
EPV_CB=-9
05:00 90 4 7 20KM
3000 NIL NIL 11 7 78 1014 ... 0
0
 3
-6.4
5.5		 0 warm advection 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-27
EPV_CB=-7
06:00 90 5 8 20KM
3000 NIL MOD SFC/FL20 13 8 70 1014 ... 0
0
 4
-6.2
5.4		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-27
EPV_CB=-7
07:00 80 5 9 20KM
3000 NIL MOD SFC/FL20 15 8 63 1014 ... 0
0
 4
-6.3
5.5		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-29
EPV_CB=-6
08:00 80 7 9 20KM
3000 NIL MOD SFC/FL20 17 8 57 1013 ... 0
0
 2
-6.7
5.6		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-31
EPV_CB=-6
09:00 80 7 8 20KM
3000 NIL MOD SFC/FL20 18 8 52 1013 ... 0
0
 2
-6.8
5.5		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-32
EPV_CB=-5
10:00 80 7 8 20KM
3000 NIL MOD SFC/FL30 19 9 49 1012 ... 0
0
 4
-6.5
5.1		 0 warm advection 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-35
EPV_CB=-5
11:00 100 8 20KM
3000 NIL MOD SFC/FL30 20 9 49 1012 ... 0
0
 6
-6.1
4.4		 0 polar stationary front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-38
EPV_CB=-6
12:00 100 9 20KM
3000 NIL MOD SFC/FL40 20 9 49 1012 ... 0
0
 7
-5.8
4		 0 polar stationary front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-42
EPV_CB=-6
13:00 100 9 11 20KM
3000 NIL MOD SFC/FL40 19 9 51 1011 ... 0
0
 6
-5.9
3.8		 0 polar warm front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.19 PTSKP=0
Moisture=-49
EPV_CB=-7
14:00 90 10 13 20KM
3000 NIL MOD SFC/FL40 19 9 54 1011 ... 0
0
 4
-6.1
3.9		 0 polar stationary front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-50
EPV_CB=-7
15:00 90 9 14 20KM
OVC CI 8700/10200		 3000 NIL MOD SFC/FL30 17 9 58 1012 ... 0
0
 2
-6.4
4.2		 0 polar stationary front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-53
EPV_CB=-7
16:00 80 8 13 20KM
3000 NIL NIL 16 8 63 1012 ... 0
0
 0
-6.9
5.1		 0 polar stationary front 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-58
EPV_CB=-9
17:00 80 5 9 20KM
3000 NIL NIL 13 8 68 1012 ... 0
0
 -0
-7.4
6.3		 0 cold advection 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-62
EPV_CB=-9
18:00 80 3 8 20KM
FEW CI 8100/10200		 3000 NIL NIL 12 7 71 1012 ... 0
0
 -0
-7.8
7.1		 0 cold advection 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-61
EPV_CB=-8
19:00 90 3 6 20KM
FEW CI 8100/9900		 3000 NIL NIL 11 6 71 1012 ... 0
0
 3
-7.7
7		 0 W periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-58
EPV_CB=-9
20:00 100 3 4 20KM
FEW CI 8100/9900		 2850 NIL NIL 11 5 69 1012 ... 0
0
 6
-7.3
6.5		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-51
EPV_CB=-8
21:00 100 2 3 20KM
FEW CI 8400/9900		 2850 NIL NIL 11 5 68 1012 ... 0
0
 8
-6.9
5.8		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-45
EPV_CB=-7
22:00 90 2 20KM
FEW CI 8400/9900		 2700 NIL NIL 10 5 69 1012 ... 0
0
 9
-6.4
5.1		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-45
EPV_CB=-6
23:00 60 2 20KM
FEW CI 8700/10200		 2700 NIL NIL 10 5 71 1012 ... 0
0
 10
-6.1
4.2		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-45
EPV_CB=-5
20.04.2025
00:00 30 2 20KM
SCT CI 9000/10200		 2700 NIL NIL 9 5 74 1011 ... 0
0
 10
-5.8
3.7		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-47
EPV_CB=-5
01:00 20 2 20KM
SCT CI 8700/10200		 2700 NIL NIL 9 5 78 1011 ... 0
0
 10
-5.8
3.7		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-48
EPV_CB=-5
02:00 10 2 20KM
BKN CI 8700/10500		 2700 NIL NIL 8 5 82 1011 ... 0
0
 9
-6.2
3.9		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-49
EPV_CB=-6
03:00 20 2 3 20KM
BKN CI 8400/10500		 2550 NIL NIL 8 6 84 1011 ... 0
0
 9
-6.4
4.2		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-51
EPV_CB=-7
04:00 30 2 3 20KM
BKN CI 8400/10500		 2550 NIL NIL 9 6 82 1011 ... 0
0
 8
-6.2
4.5		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-51
EPV_CB=-7
05:00 50 3 20KM
BKN CI 8400/10500		 2700 NIL NIL 11 8 78 1011 ... 0
0
 7
-6
4.9		 0 S periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-51
EPV_CB=-6
06:00 60 3 5 20KM
BKN CI 8400/10500		 2700 NIL MOD SFC/FL20 13 9 73 1011 ... 0
0
 7
-6
5.1		 0 SW periphery of H 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-49
EPV_CB=-6
07:00 60 3 6 20KM
BKN CI 8400/10500		 2700 NIL MOD SFC/FL20 15 9 67 1011 ... 0
0
 8
-6.2
4.9		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-46
EPV_CB=-7
08:00 60 4 20KM
BKN CI 8100/10500		 2700 NIL MOD SFC/FL20 17 9 60 1011 ... 0
0
 10
-6.3
4.6		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-40
EPV_CB=-7
09:00 50 4 20KM
BKN CI 8100/10500		 2700 NIL MOD SFC/FL30 18 9 55 1011 ... 0
0
 11
-6.5
4.4		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-35
EPV_CB=-7
10:00 50 4 5 20KM
BKN CI 8100/10500		 2700 NIL MOD SFC/FL30 19 9 53 1011 ... 0
0
 12
-6.5
4.7		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-32
EPV_CB=-7
11:00 50 5 20KM
BKN CI 8100/10500		 2700 NIL MOD SFC/FL30 19 9 54 1011 ... 0
0
 12
-6.7
5.1		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-29
EPV_CB=-7
12:00 50 5 20KM
BKN CI 8400/10500		 2700 NIL MOD SFC/FL90 19 9 54 1011 ... 0
0
 12
-6.7
5.4		 0 ridge 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-29
EPV_CB=-6
15:00 60 4 20KM
BKN CI 8700/10500		 2700 NIL MOD SFC/FL20 18 9 56 1011 ... 0
0
 10
-7
5.1		 0 cold advection 
(24135)
DBZ=-99 DBZ_type=4 wsoil5=0.18 PTSKP=0
Moisture=-34
EPV_CB=-7

Remarks (click for view)

Latitude 45.53, longitude 34.18, point altitude 37 m.
Mean area surface altitude 0 m.
Forecasts are updated 02, 08, 14, 20 UTC.

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