High Street (Lake District)
Weather Forecast, United Kingdom
Issued: 11 am Thu 12 Feb Local Time
Updates in:
hr min s
Update imminent

Issued: 11 am Thu 12 Feb Local Time

Updates in:

hr min s

Update imminent

2 High Street (Lake District) Elevations: 2 Forecast Elevations:

	Days 1–3 Weather Summary A moderate fall of snow, heaviest on Sat night. Temperatures will be below freezing (max -2°C on Thu morning, min -5°C on Fri night). Winds increasing (calm on Sat morning, near gales from the SSW by Sat night).									Days 4–6 Weather Summary A dusting of new snow. Temperatures will be below freezing (max 0°C on Sun morning, min -5°C on Tue night). Winds decreasing (gales from the W on Mon morning, light winds from the NW by Mon night).
	Thursday 12			Friday 13			Saturday 14			Sunday 15			Monday 16			Tuesday 17
	AM	PM	night	AM	PM	night	AM	PM	night	AM	PM	night	AM	PM	night	AM	PM	night

	cloudy	light snow	light snow	cloudy	some clouds	clear	clear	cloudy	mod. snow	cloudy	cloudy	cloudy	light snow	snow shwrs	snow shwrs	some clouds	cloudy	cloudy
km/h	ENE	ENE	E	ENE	NE	N	N	SSW	S	W	WSW	W	W	NW	NNW	NNE	NE	ESE
See all weather maps
cm	—	1	4	—	—	—	—	—	9	—	—	—	2	1	1	—	—	—
mm	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—
max °C	-2	-2	-3	-4	-4	-5	-2	-2	-2	0	0	0	-1	0	0	-3	-3	-4
min °C	-2	-3	-4	-4	-4	-5	-4	-3	-4	-1	0	-1	-1	0	-3	-4	-4	-5
chill °C	-11	-11	-13	-13	-12	-12	-8	-9	-13	-8	-7	-8	-9	-8	-8	-10	-10	-11

Freezing level m	550	550	350	300	400	0	0	550	300	650	800	650	650	750	600	0	400	0
Cloud base (m)	150	150	200	200	1800	350	250	300	550	200	250	200	250	200	350	250	300	300

	7:39	—	—	7:37	—	—	7:33	—	—	7:31	—	—	7:30	—	—	7:28	—	—
	—	5:12	—	—	5:15	—	—	5:16	—	—	5:19	—	—	5:21	—	—	5:22	—

High Street (Lake District) Weather (Days 0-3):

The weather forecast for High Street (Lake District) is: A moderate fall of snow, heaviest on Sat night. Temperatures will be below freezing (max -2°C on Thu morning, min -5°C on Fri night). Winds increasing (calm on Sat morning, near gales from the SSW by Sat night).

High Street (Lake District) Weather (Days 3-6):

A dusting of new snow. Temperatures will be below freezing (max 0°C on Sun morning, min -5°C on Tue night). Winds decreasing (gales from the W on Mon morning, light winds from the NW by Mon night).

This table gives the weather forecast for High Street (Lake District) at the specific elevation of 828 m. Our advanced weather models allow us to provide distinct weather forecasts for several elevations of High Street (Lake District). 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 United Kingdom.

Live conditions reported by 10 closest weather stations

Weather Station	Temp.	Weather	Wind	Cloud Visibility Cloud / Visibility
Shap 12 km E 238m alt. 1 hour ago	4° C	No report.	Light winds from the E (15 kph at 90).	>70 km Mid: overcast
Keswick Automatic Weather Station 23 km WNW 238m alt. 1 hour ago	5° C	Continuous light rain.	Light winds from the ENE (13 kph at 70).	44 km Mid: overcast
Warcop Range 30 km ENE 238m alt. 1 hour ago	3° C	Intermittent light rain.	Strong winds from the ENE (39 kph at 70).	30 km Mid: overcast
GreatDunFell NO 2 34 km NE 664m alt. 1 hour ago	-2° C	-	Wind obs. (61 kph from 70 degs) was rejected.
Kirkland 37 km WSW 202m alt. 2 hours ago	5° C	Dry	Light winds from the ESE (11 kph at 103).
Bolton le Sands 44 km S 10m alt. 1 hour ago	7° C	Dry	Wind obs. (8 kph from 347 degs) was rejected.
Broughton Moor wx 44 km W 92m alt. 1 hour ago	7° C	Dry	Wind obs. (24 kph from 144 degs) was rejected.
WalneyIsland 48 km S 15m alt. 1 hour ago	6° C	Continuous light drizzle.	Light winds from the NE (17 kph at 50).	60 km Mid: overcast
STBeesHead NO 2 49 km WSW 124m alt. 1 hour ago	5° C	Continuous light rain.	Light winds from the ENE (19 kph at 70).	45 km Mid: overcast
Wether Fell 50 km ESE 515m alt. 1 hour ago		-	Strong winds from the NE (46 kph at 54).

* 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.