England

Hayes 14-Day Forecast

Bromley, England

Hayes Outlook (Next 14 Days)

In Hayes today, a comfortable feel combines with the odd shower cannot be ruled out. Winds stay fairly light, so any chill is more about cloud and dampness than exposure.

Across the period ahead, the outlook remains a mostly quieter pattern overall, punctuated by occasional interruptions, with comfortable temperatures overall. Confidence is naturally strongest in the nearer days; later on, treat it as a guide to the prevailing theme rather than exact timing. As the wider pattern evolves, the detail can adjust between updates, even when the overall direction stays the same. For planning, use the visual trends first, then the daily breakdown for the most workable detail.

Daily Forecast

DateHighLowConditionWindRain %HumidityVisibilityUVSunriseSunset
Thu, 4 Jun 17°C 12°C Patchy rain nearby 30 km/h 84% 78% 9 km 5 04:46 AM 09:09 PM
Fri, 5 Jun 17°C 10°C Partly Cloudy 21 km/h 4% 67% 10 km 6 04:46 AM 09:10 PM
Sat, 6 Jun 16°C 11°C Patchy rain nearby 27 km/h 80% 81% 10 km 6 04:45 AM 09:11 PM
Sun, 7 Jun 19°C 10°C Partly Cloudy 26 km/h 5% 68% 10 km 4 04:45 AM 09:12 PM
Mon, 8 Jun 19°C 12°C Patchy rain nearby 23 km/h 73% 75% 10 km 3 04:44 AM 09:13 PM
Tue, 9 Jun 18°C 10°C Cloudy 19 km/h 6% 61% 10 km 3 04:44 AM 09:14 PM
Wed, 10 Jun 20°C 12°C Overcast 36 km/h 7% 69% 10 km 4 04:43 AM 09:14 PM
Thu, 11 Jun 22°C 11°C Sunny 17 km/h 1% 59% 10 km 5 04:43 AM 09:15 PM
Fri, 12 Jun 23°C 13°C Patchy rain nearby 27 km/h 73% 63% 10 km 4 04:43 AM 09:16 PM
Sat, 13 Jun 26°C 11°C Sunny 17 km/h 73% 66% 10 km 5 04:43 AM 09:16 PM
Sun, 14 Jun 21°C 14°C Patchy rain nearby 24 km/h 73% 68% 9 km 4 04:42 AM 09:17 PM
Mon, 15 Jun 23°C 12°C Sunny 17 km/h 1% 60% 10 km 5 04:42 AM 09:18 PM
Tue, 16 Jun 22°C 14°C Cloudy 9 km/h 3% 57% 10 km 4 04:42 AM 09:18 PM
Wed, 17 Jun 26°C 12°C Sunny 10 km/h 1% 55% 10 km 5 04:42 AM 09:18 PM

Temperature Trend

Rain Probability

Wind Speed

UV Index

Forecast charts summarise likely conditions, but day-to-day outcomes in the UK often depend on how the larger pressure pattern evolves. Use the context links below to interpret the signal more reliably.

How to interpret confidence

For how forecast reliability changes with lead time, see Forecast Confidence. For transparency on how WeatherEngland sources and updates data, see Methodology.

Background guides

Glossary support

Start with the Weather Glossary. Useful terms for this page include Jet Stream, Air Mass, Zonal Flow, Atmospheric Blocking, Weather Front, and Pressure Trend.

FAQ

What is the 14-day weather forecast for Hayes?

Over the next 14 days in Hayes, the day-to-day pattern is led most often by Patchy rain nearby as the headline condition. Temperatures trend a little higher later in the period. Typical range: highs up to 26°C, lows down to 10°C. Rain-risk signal: 84% at peak (6 higher-risk days). Wind: a windiest-day signal around 36 km/h. UV: peaks around 6 on brighter days. Confidence is highest early on; later in the period, look for the trend and regime rather than hour-by-hour precision.

How accurate is the 14-day forecast for Hayes?

Short-range detail is usually strongest early on. Later in the period, the forecast is best read as a trend signal: direction of temperatures, how changeable it looks, and whether winds/rain are more likely to feature.

Can I see hour-by-hour detail for Hayes today?

Yes — near-term hourly detail is available for today, alongside day-by-day summaries across the full 14-day window. Use the hourly view for timing windows; use the daily table for the broader run of weather.

How do temperatures change in Hayes across the next 14 days?

The broader temperature signal for Hayes is: Temperatures trend a little higher later in the period. The chart gives the best read of whether that drift is meaningful or just day-to-day noise.

What does the ‘headline condition’ mean in the Hayes forecast?

It’s a top-line description of what is most likely to characterise the day. In the UK, the detail can move around, so the charts help show whether it is a brief spell or a more persistent feature.