Veytaux (2027 m.) @ 14:17

samedi 12 @17:0018°C59%
9 km/h (2 bf)
nw 323°
1021 / 824.2 hPa
(10.3 m/hPa - 34 ft/hPa)
@20:0015°C72%
6 km/h (2 bf)
nnw 358°
1022 / 823.3 hPa
(10.2 m/hPa - 33 ft/hPa)
dimanche 13 @08:0010°C53%
2 km/h (1 bf)
e 81°
1023 / 822.3 hPa
(10.1 m/hPa - 33 ft/hPa)
@11:0016°C37%
9 km/h (2 bf)
nnw 340°
1022 / 823.3 hPa
(10.2 m/hPa - 34 ft/hPa)
@14:0018°C21%
11 km/h (2 bf)
nnw 339°
1021 / 824.2 hPa
(10.3 m/hPa - 34 ft/hPa)
@17:0018°C9%
12 km/h (2 bf)
nnw 353°
1020 / 823.2 hPa
(10.3 m/hPa - 34 ft/hPa)
@20:0015°C5%
7 km/h (2 bf)
nne 19°
1020 / 821.3 hPa
(10.2 m/hPa - 33 ft/hPa)
lundi 14 @08:0011°C1%
1 km/h (1 bf)
wnw 300°
1021 / 820.3 hPa
(10.1 m/hPa - 33 ft/hPa)
@11:0016°C2%
7 km/h (2 bf)
nw 312°
1020 / 821.3 hPa
(10.2 m/hPa - 34 ft/hPa)
@14:0019°C2%
10 km/h (2 bf)
nw 310°
1018 / 821.2 hPa
(10.3 m/hPa - 34 ft/hPa)
@17:0019°C5%
8 km/h (2 bf)
nw 308°
1018 / 821.2 hPa
(10.3 m/hPa - 34 ft/hPa)
@20:0015°C3%
5 km/h (1 bf)
nnw 332°
1018 / 819.3 hPa
(10.2 m/hPa - 33 ft/hPa)
mardi 15 @08:0012°C0%
0 km/h (0 bf)
ese 110°
1019 / 818.3 hPa
(10.1 m/hPa - 33 ft/hPa)
@11:0017°C0%
6 km/h (2 bf)
nw 306°
1018 / 821.2 hPa
(10.3 m/hPa - 34 ft/hPa)
@14:0019°C0%
10 km/h (2 bf)
nw 311°
1017 / 820.2 hPa
(10.3 m/hPa - 34 ft/hPa)
@17:0019°C10%
8 km/h (2 bf)
nw 314°
1017 / 820.2 hPa
(10.3 m/hPa - 34 ft/hPa)
@20:0015°C10%
4 km/h (1 bf)
nw 316°
1018 / 819.3 hPa
(10.2 m/hPa - 33 ft/hPa)
mercredi 16 @08:0013°C6%
4 km/h (1 bf)
se 137°
1018 / 819.3 hPa
(10.2 m/hPa - 33 ft/hPa)
@11:0019°C9%
6 km/h (2 bf)
wnw 285°
1016 / 819.2 hPa
(10.3 m/hPa - 34 ft/hPa)
@14:0021°C7%
8 km/h (2 bf)
nw 309°
1015 / 820.1 hPa
(10.4 m/hPa - 34 ft/hPa)
@17:0021°C11%
7 km/h (2 bf)
nw 311°
1015 / 820.1 hPa
(10.4 m/hPa - 34 ft/hPa)
@20:0017°C9%
3 km/h (1 bf)
nnw 353°
1015 / 818.2 hPa
(10.3 m/hPa - 34 ft/hPa)
jeudi 17 @08:0013°C78%
6 km/h (2 bf)
se 142°
1016 / 817.3 hPa
(10.2 m/hPa - 33 ft/hPa)
@11:0020°C67%
2 km/h (1 bf)
wnw 292°
1015 / 818.2 hPa
(10.3 m/hPa - 34 ft/hPa)
@14:0022°C77%
7 km/h (2 bf)
nnw 327°
1013 / 818.1 hPa
(10.4 m/hPa - 34 ft/hPa)

Légende:
Jour, heure, température, prévision, couverture nuageuse (%), force et direction du vent, pression atmosphérique (QFE au sol)*
Les isobares des graphiques sont en hPa (QNH au niveau de la mer).

* δ [m/hPa] = altitude [m] / 1000 + 0.025 x température [°C] + 7.8 et 1 [m] = 3.28084 [ft]
Source: ecol2com et openweathermap / Compléments: MétéoSuisse, parapente, windfinder et Chamonix