Where in the UK has the best weather?

Isle of Wight, Hastings, Folkestone and Hythe, Thanet, Dover top the sunshine rankings, all at around 5 hours or more of sunshine per day on average. The regional pattern is stark: the top 20 is dominated by coastal areas from Cornwall to Kent, with mid-England and the north increasingly sparse further down the list, and northern Scotland almost entirely absent.

Isle of Wight averages around 5.1 hours a day across the year. That figure sits at the annual level; in summer months it typically climbs above 7 hours a day, while midwinter drops closer to 2. The gap between the sunniest and least sunny UK areas is roughly 2.2 hours per day.

Once London boroughs are set aside for their urban heat island effect, Southampton, Spelthorne, Dartford, Eastleigh, Elmbridge top the warmest-places table. All sit on the south coast or in the south east, where a combination of latitude and sea moderation drives up average daytime highs.

Southampton's average annual daytime high is 15.7°C. Summer highs typically climb into the low 20s while winters stay mild by UK standards, rarely dropping below 8°C in the day. The other pattern that shows up: coastal areas tend to lead on annual average, but landlocked south-east areas can pip them for peak summer heat because the sea keeps the coast cooler in the height of summer.

Cities can appear anomalously warm because of the urban heat island effect. This is genuine, but it isn't the kind of warmth most people are looking for when they ask about the warmest places to live. We've excluded all London boroughs from the featured winner in the intro paragraph for that reason.

Castle Point, Rochford, Southend-on-Sea, Maldon, Cambridge lead the driest-places table. All sit in eastern England, where the prevailing westerly winds have already dropped most of their moisture over the hills of Wales, the Peak District and the Pennines before reaching the coast.

The east-west rainfall gradient is the biggest single pattern in UK weather. Moist air blows in off the Atlantic, hits western hills, cools as it's forced upwards, and dumps rain. Everything east of the highlands sits in the rain shadow. That's why Castle Point gets just 544mm per year while Argyll and Bute gets 2,218mm - roughly 4.1 times more rain.

In Castle Point, rain falls on only about 2.0 days a week. The rest of the driest top-10 sits within a hundred miles or so, spanning Essex, Cambridgeshire, Suffolk, Norfolk and Lincolnshire.

Any single-metric ranking misses the areas that quietly do well on every axis. A place could be sunny but wet, or dry but cold. To find the areas that actually combine everything, we rank each area 1 to 317 on sunshine, on warmth, and on dryness, then add the three ranks together. The lowest combined score wins.

The winner is Castle Point. It ranks in the top 45 on every one of the three metrics, which is what a "best all-round" area is by definition. The rest of the top 15 clusters heavily on the south coast, with Isle of Wight, Cornwall, Devon, Dorset, Hampshire, Kent and Sussex all well represented. There are occasional inland surprises where the rain shadow is strong enough to compensate for cooler temperatures.

Broadly, yes. Most of the top-10 best-weather areas sit on the south coast, which is also where UK house prices and rents run highest outside London. The Isle of Wight and coastal Dorset are famously desirable and price accordingly. Bournemouth, Brighton, and Chichester all combine strong weather scores with above-average housing costs.

But there are exceptions. If you want sunshine without London prices, East Suffolk offers around 4.6 hours of sunshine per day at a monthly cost of £935 for a single person, well below the national median of £1,047.

All climate figures come from the Met Office HadUK-Grid dataset, aggregated across the 1991-2020 reference period. The grid is 5km resolution, with each observation cell falling on or near an ONS local authority boundary. For each area we averaged the values across every grid cell inside the boundary, so a large county's figure is not skewed by a single microclimate.

Three variables drove the analysis: annual sunshine hours, annual average daily maximum temperature, and annual rainfall in millimetres. The combined score is a simple sum of rank positions across those three metrics. This is intentionally basic. Weighting the three differently would be a matter of preference rather than data. Rank-sum keeps the methodology transparent and reproducible.

Limitations to keep in mind: 30-year averages by design flatten out recent trends. A summer heat spike or a wet spring doesn't move the needle on a figure that already includes 29 other years. And a local authority is a large administrative area; microclimates within it can differ meaningfully. This ranking is a starting point for filtering, not a promise about any single day in any single village.