What kind of weather does Madrid have?

In Madrid, the summers are short, hot, dry, and mostly clear and the winters are very cold and partly cloudy. Over the course of the year, the temperature typically varies from 33°F to 92°F and is rarely below 23°F or above 99°F.

What is the coldest month in Madrid?

January
Winters in Madrid are cold and dry, and snow does fall now and then, especially in late December and in January. However, Madrid isn’t known to be a particularly snowy city. January is the coldest month of the year, when average temperatures can be as low as 6ºC (43ºF) on average.

Does Madrid have good weather?

In terms of weather, Madrid enjoys an amazing climate. Spring and fall are the best time of the year to spend your holidays in Spain. During both seasons you’ll find extremely sunny days along with fantastic temperatures.

Is Madrid warm or cold?

The climate of Madrid is moderately continental, with quite cold, relatively rainy winters and hot, sunny summers. The city is the capital of Spain and is located in the center of the Meseta, the plateau that occupies the interior of the country, at an altitude ranging between 570 and 740 meters (1,870 and 2,430 feet).

Why is Madrid so cold?

Madrid sits at a high altitude and is surrounded by snowy mountains, so any wind blowing into the city will feel incredibly cold. The great thing about winters in the city, is that they remain dry. It might snow towards the end of December or during January, but this is rare.

Does Spain have 4 seasons?

You can enjoy all four seasons in Spain, although the contrast between the seasons is the most pronounced in the Continental Zone.

How often does Madrid snow?

Snowfalls are occasional, happening only a few days per year. In January 1941 8 snow days were recorded, the most for any month.

Is Madrid in a desert?

Madrid has a Mediterranean climate (Köppen Csa) with continental influences in the western half of the city transitioning to a semi-arid climate (BSk) in the eastern half.

Why is Spain so hot?

A number of factors can be identified. These include unusually warm sea surface temperatures in the North Atlantic, a wandering jet stream and associated “blocking” pattern of high pressure, a very dry land surface, and climate change.