Live forecasts update automatically; written guidance last reviewed 20 June 2026 by the Southampton Wire weather desk. Data from national met services via Open-Meteo.
Xc Weather provides specialist forecasts for cross-country and outdoor sports, drawing on Met Office data to give wind, rain and temperature details for locations across the UK, including Glasgow, Inverness and London.
What does the live forecast show for my area?
The live forecast above gives a current snapshot for your chosen location, including wind speed and direction, precipitation and temperature. For a deeper view, the xc weather map live option shows real-time conditions across Britain, helping you plan for coastal or inland routes in places like Aberdeen or Dundee. The xc weather app also offers mobile access to these details on the go.
How reliable is the 14-day outlook?
Xc Weather’s 14-day forecast uses Met Office modelling, but long-range predictions become less certain after a week. For day-to-day planning, the 3-5 day window is most dependable. Those looking for 10 Day Weather Forecast UK details will find a balanced view of trends, though local variations—such as hill fog or coastal gusts—can shift quickly.
Is xc weather free to use?
Yes, the xc weather website and app are free. There are no subscription fees for checking live maps, hourly forecasts or the 14-day outlook for UK locations like Glasgow or Inverness.
Does xc weather cover Scotland well?
Yes, it provides detailed forecasts for Scottish regions, including xc weather Glasgow, xc weather Inverness, xc weather Aberdeen and xc weather Dundee. The data is especially useful for outdoor activities in the Highlands and coastal areas.
Can I use xc weather for road trips?
While designed for cross-country sports, the xc weather map live and hourly data are helpful for long drives, particularly in rural or mountainous areas where local conditions vary from city forecasts.
Sources
For broader UK conditions, check the UK weather hub or compare with Birmingham Weather and Bristol Weather for regional differences.