Mountain resort image
– Lat/Long: 44.61° S 168.40° E

Earnslaw Weather Forecast

Southern Alps · New Zealand
Issued: 12 pm Wed 04 Nov Local Time
Updates in:
hr min s
Update imminent 

Days 1–3 Weather Summary

A heavy fall of snow, heaviest during Thu night. Freeze-thaw conditions (max 1°C on Thu night, min -2°C on Wed afternoon). Winds decreasing (stormy winds from the N on Fri morning, moderate winds from the NW by Fri night).

Days 4–6 Weather Summary

A light covering of new snow mostly falling on Sat morning. Freeze-thaw conditions (max 1°C on Sun night, min -1°C on Mon night). Winds increasing (light winds from the NNW on Sun afternoon, fresh winds from the N by Mon night).

Wednesday
4
Thursday
5
Friday
6
Saturday
7
Sunday
8
Monday
9
AM
PM
night
AM
PM
night
AM
PM
night
AM
PM
night
AM
PM
night
AM
PM
night
light snow
light snow
cloud
cloud
light snow
heavy snow
light snow
light snow
part cloud
snow showers
snow showers
part cloud
part cloud
snow showers
snow showers
part cloud
snow showers
cloud
light snow
light snow
cloudy
cloudy
light snow
heavy snow
light snow
light snow
some clouds
snow shwrs
snow shwrs
some clouds
some clouds
snow shwrs
snow shwrs
some clouds
snow shwrs
cloudy
Cloud base (m)
850
850
850
850
2100
800
850
800
1450
850
1700
900
1600
2350
1800
2200
950
1950
km/h
55
N
50
N
45
N
35
N
35
NNE
60
N
90
N
80
NNW
35
NW
25
NNW
30
NNW
15
NW
10
NW
10
NNW
15
N
20
NNE
15
NNE
35
NNE
Weather map
Weather map
Weather map
Weather map
Weather map
Weather map
Snowflake cm
5
1
—
—
2
11
1
1
—
1
2
—
—
1
1
—
2
—
 mm
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
max °C
-1
-1
-1
-1
-1
1
-1
-1
-1
0
0
0
0
0
1
0
0
0
min °C
-1
-2
-2
-2
-2
0
-1
-1
-1
0
0
0
0
0
0
0
0
-1
 chill °C
-10
-10
-10
-10
-10
-9
-12
-11
-9
-6
-6
-5
-3
-3
-4
-5
-4
-8
Freezing level m
2700
2600
2600
2500
2600
3000
2700
2650
2700
2750
2800
2750
2850
2800
2850
2750
2850
2750
Sea lvl1000m2000m3000m4000m5000m
-1-2-2-2-21-1-1-100000100-1333455444554665565999101110101010111210121311121311
Sunrise
6:22
—
—
6:20
—
—
6:18
—
—
6:18
—
—
6:16
—
—
6:16
—
—
Sunset
—
8:37
—
—
8:38
—
—
8:39
—
—
8:42
—
—
8:43
—
—
8:45
—

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Earnslaw Weather (Days 0-3):

The weather forecast for Earnslaw is: A heavy fall of snow, heaviest during Thu night. Freeze-thaw conditions (max 1°C on Thu night, min -2°C on Wed afternoon). Winds decreasing (stormy winds from the N on Fri morning, moderate winds from the NW by Fri night).

Earnslaw Weather (Days 3-6):

A light covering of new snow mostly falling on Sat morning. Freeze-thaw conditions (max 1°C on Sun night, min -1°C on Mon night). Winds increasing (light winds from the NNW on Sun afternoon, fresh winds from the N by Mon night).

This table gives the weather forecast for Earnslaw at the specific elevation of 2830 m. Our advanced weather models allow us to provide distinct weather forecasts for several elevations of Earnslaw. 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 New Zealand.

Live conditions reported by 10 closest weather stations

Weather StationTemp.WeatherWindGusts
Cloud
Visibility
Cloud / Visibility
39 km WSW
3m alt.
2 hours ago
-
2
Calm
(2 kph at 330).
10 km
39 km WSW
3m alt.
2 hours ago
-
2
Calm
(2 kph at 330).
10 km
52 km SSE
359m alt.
57 minutes ago
18°C
Dry
Wind obs. (7 kph from 225 degs) was rejected.
QueenstownAeroAws
53 km SSE
357m alt.
2 hours ago
-
Wind obs. (11 kph from 250 degs) was rejected.
20 km
Queenstown (ecowitt)
57 km SSE
335m alt.
54 minutes ago
19°C
Dry
4
Calm
(4 kph at 90).
Allenby Park-38
60 km E
328m alt.
58 minutes ago
22°C
Dry
0
Calm
(0 kph at 270).
60 km SE
1077m alt.
57 minutes ago
14°C
Dry
20
Moderate winds from the N
(20 kph at 0).
Hawea Flat
64 km E
292m alt.
2 hours ago
21°C
Dry
Wind obs. (20 kph from 270 degs) was rejected.
Lake Hawea
69 km E
362m alt.
55 minutes ago
No weather report.
Skydive Wanaka
72 km E
370m alt.
57 minutes ago
20°C
Dry
Wind obs. (28 kph from 270 degs) was rejected.

* 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.