Weather in Egypt

• All Year
• Autumn
• Winter
• Spring
• Summer

Yearly weather

Calculations are based on the last 8 years of historical weather data.

Temperatures #

• Alexandria stands out with milder temperatures, rarely exceeding the comfort zone, while inland cities like Sinnuris and Dayrut experience scorching heat, often exceeding 100°F in the summer months

• Most locations have comfortable temperatures during cooler months

• Temperatures dip to uncomfortable levels (<41F) in none of the analysed locations

• The minimum temperatures during the coldest months (January and February) vary slightly across locations, with Alexandria generally having the warmest minimums and Al Mansurah sometimes having the coolest.

Conditions #

• Overall, the cities of Alexandria, Cairo, and Giza show a similar pattern with high sun hours from May to August, reaching a peak in June, while experiencing minimal precipitation throughout the year.

• In contrast, Dayrut exhibits slightly higher sun hours than the other cities during the first half of the year, but it also maintains low precipitation levels, similar to the other cities.

• Notably, Alexandria consistently records the fewest sun hours in January and December, while Al Mansurah has the most variable precipitation levels, recording some light rainfall in almost every month.

Daylight Hours #

• Across the cities compared, there is a clear trend of earlier sunrises during June and latest sunrises in January, with little variation in sunrise times among most cities.

• June consistently shows the longest day lengths, peaking around 14 hours, while December marks the shortest days, ranging from about 10 to 10.5 hours.

• Notably, Alexandria experiences the latest sunset in June at 19:05, while Al Mansurah has the earliest sunset in December at 16:55, illustrating the geographic influence on daylight hours.

• Overall, all cities demonstrate a typical seasonal pattern of increasing day length in summer and decreasing in winter, with slight variations in timing that reflect their specific locations.