Hour by hour · York

Name: York
Address: York, North Yorkshire, GB

48-hour detailed forecast: temperature, rain, wind, UV and humidity hour by hour. Source: UKV + global weather models.

48 hours — York

Time	Weather	Temp	Rain	Wind	UV
Wednesday 29/7 07:00	Sunny	18°	–	5 mph W	0
08:00	Sunny intervals	20°	–	6 mph W	1
09:00	Sunny intervals	22°	–	8 mph SW	2
10:00	Sunny intervals	24°	–	9 mph SW	3
11:00	Sunny	25°	–	10 mph SW	4
12:00	Sunny intervals	26°	–	11 mph SW	5
13:00	Sunny intervals	28°	–	11 mph SW	6
14:00	Sunny intervals	29°	–	11 mph SW	5
15:00	Sunny intervals	29°	–	13 mph SW	4
16:00	Sunny intervals	29°	–	13 mph SW	3
17:00	Sunny intervals	29°	–	13 mph W	2
18:00	Sunny	27°	–	14 mph W	1
19:00	Sunny intervals	25°	–	14 mph NW	0
20:00	Sunny intervals	23°	0,2 mm	11 mph NW	0
21:00	Sunny	20°	–	9 mph NW	0
22:00	Sunny	18°	–	6 mph NW	0
23:00	Sunny	17°	–	5 mph NW	0
Thursday 30/7 00:00	Sunny intervals	17°	–	4 mph NW	0
01:00	Sunny	16°	–	5 mph W	0
02:00	Sunny intervals	16°	–	6 mph W	0
03:00	Sunny intervals	15°	–	7 mph SW	0
04:00	Fog	15°	–	7 mph SW	0
05:00	Sunny intervals	15°	–	7 mph W	0
06:00	Sunny	15°	–	8 mph W	0
07:00	Sunny	17°	–	11 mph W	0
08:00	Sunny	18°	–	12 mph W	1
09:00	Sunny	20°	–	12 mph W	2
10:00	Sunny	21°	–	12 mph W	3
11:00	Sunny	22°	–	13 mph W	4
12:00	Sunny intervals	23°	–	14 mph W	5
13:00	Sunny intervals	24°	–	17 mph W	6
14:00	Sunny intervals	24°	–	17 mph W	5
15:00	Sunny	23°	–	18 mph W	5
16:00	Sunny intervals	23°	–	17 mph W	3
17:00	Sunny	22°	–	17 mph W	2
18:00	Sunny	21°	–	16 mph W	1
19:00	Sunny	20°	–	15 mph W	0
20:00	Sunny	18°	–	13 mph W	0
21:00	Sunny	16°	–	11 mph W	0
22:00	Sunny	13°	–	9 mph W	0
23:00	Sunny	11°	–	9 mph NW	0
Friday 31/7 00:00	Sunny	10°	–	8 mph NW	0
01:00	Sunny	10°	–	7 mph NW	0
02:00	Sunny	9°	–	6 mph NW	0
03:00	Sunny	8°	–	4 mph NW	0
04:00	Sunny	8°	–	4 mph NW	0
05:00	Sunny	8°	–	4 mph NW	0
06:00	Sunny	8°	–	4 mph NW	0

Hourly forecast

Detailed hourly resolution

The hourly forecasts above update every hour and are drawn from the Met Office UKV model and global weather models (ECMWF, GFS). Statistical correction against local observations and interpolation to hourly resolution are then applied.