High Street (Lake District)
Weather Forecast, United Kingdom
Issued: 5 am Tue 21 Jan Local Time
Updates in:
hr min s
Update imminent

Issued: 5 am Tue 21 Jan 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 Thu afternoon. Turning milder with moderate rain (total 14mm), heaviest on Thu night. Freeze-thaw conditions (max 5°C on Thu night, min -2°C on Thu afternoon). Winds increasing (calm on Wed morning, stormy winds from the SSW by Thu night).									Days 4–6 Weather Summary Light rain (total 2mm) at first, then becoming colder with a dusting of snow on Sat morning. Freeze-thaw conditions (max 3°C on Fri morning, min -3°C on Sat night). Winds decreasing (extremely windy from the WSW on Fri morning, light winds from the WSW by Sun morning).
	Tuesday 21			Wednesday 22			Thursday 23			Friday 24			Saturday 25			Sunday 26
	AM	PM	night	AM	PM	night	AM	PM	night	AM	PM	night	AM	PM	night	AM	PM	night

	cloudy	some clouds	some clouds	some clouds	some clouds	some clouds	light snow	snow shwrs	light snow	light rain	some clouds	some clouds	snow shwrs	snow shwrs	snow shwrs	clear	cloudy	light snow
km/h	WSW	WSW	WSW	WNW	WNW	WSW	SSW	W	SSW	SSW	WSW	W	S	W	SSW	WSW	SSE	SSE
See all weather maps
cm	—	—	—	—	—	—	2.0	4	4	—	—	—	1.0	1.0	1.0	—	—	1.0
mm	—	—	—	—	—	—	—	—	14	2	—	—	—	—	—	—	—	—
max°C	1	1	0	0	0	0	0	0	5	3	-1	-2	-2	-1	-2	-1	0	1
min°C	1	0	0	0	0	-1	0	-2	-2	-1	-2	-2	-2	-2	-3	-3	-1	-1
chill°C	-4	-5	-5	-2	-2	-4	-8	-12	-10	-13	-13	-12	-10	-9	-10	-7	-8	-9

Freezing level (m)	1000	1000	850	800	850	650	850	800	550	1450	650	600	400	650	400	150	750	1000
Cloud base (m)	250	400	250	250	500	450	200	200	500	100	250	400	2000	200	300	250	5550	350

	8:17	—	—	8:15	—	—	8:14	—	—	8:12	—	—	8:11	—	—	8:10	—	—
	—	4:28	—	—	4:30	—	—	4:31	—	—	4:34	—	—	4:36	—	—	4:37	—

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

The weather forecast for High Street (Lake District) is: A moderate fall of snow, heaviest on Thu afternoon. Turning milder with moderate rain (total 14mm), heaviest on Thu night. Freeze-thaw conditions (max 5°C on Thu night, min -2°C on Thu afternoon). Winds increasing (calm on Wed morning, stormy winds from the SSW by Thu night).

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

Light rain (total 2mm) at first, then becoming colder with a dusting of snow on Sat morning. Freeze-thaw conditions (max 3°C on Fri morning, min -3°C on Sat night). Winds decreasing (extremely windy from the WSW on Fri morning, light winds from the WSW by Sun morning).

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 5 closest weather stations

Weather Station	Temp.	Weather	Wind	Cloud Visibility Cloud / Visibility
Shap 12 km E 238m alt. 43 minutes ago		-	Wind obs. (17 kph from 230 degs) was rejected.	45 km
Ellesmere 24 km E 100m alt. 1 hour ago	5° C	Dry	Calm (0 kph at 109).
Kirkland 37 km WSW 202m alt. 55 minutes ago	6° C	Dry	Calm (3 kph at 219).
Tewitfield wx 37 km S 76m alt. 1 hour ago	6° C	Dry	Calm (5 kph at 21).
Bolton le Sands 44 km S 10m alt. 1 hour ago	6° C	Dry	Wind obs. (13 kph from 0 degs) was rejected.
Broughton Moor wx 44 km W 92m alt. 2 hours ago	6° C	Dry	Calm (5 kph at 264).
Broughton Moor wx 44 km W 92m alt. 1 hour ago	6° C	Dry	Calm (5 kph at 256).
SHIP4828 49 km S 15m alt. 2 hours ago			Light winds from the SW (8 kph at 220).	3.2 km
SHIP3123 49 km S 3m alt. 2 hours ago	7° C		Light winds from the SW (8 kph at 220).	3.7 km
SHIP1398 49 km S 15m alt. 2 hours ago			Light winds from the SW (8 kph at 220).	3.2 km

* 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.