The summer heat of up to +28 degrees is coming to the Sverdlovsk region.
On May 4, 2026, a noticeable warming is expected in the Sverdlovsk region next week. Meteorologists predict that the region will be under the influence of a stable westerly air mass transfer: warm air from Europe will flow into the Urals along the northern periphery of the anticyclone, supported by a cyclone moving along the Arctic coast.
As meteorologist Alexey Pulin reports, the peak of the warming will occur on Wednesday, May 6: during the daytime, the air temperature in the region may reach +23…+28 °C, making it the warmest day of the week. However, starting Thursday, the weather conditions will begin to change. The influence of the cyclone will intensify in the region: a cold atmospheric front will approach from the northwest. Thunderstorms are possible before its arrival. On Friday, the formation of a private cyclone is expected, which will merge with the Caspian one, leading to prolonged precipitation. By the weekend, the temperature will drop: cold air will flow into the region, and frosts are possible at night. The weather will begin to be determined by an anticyclone strengthening in the cold air mass. At the beginning of next week, the situation will again become unstable: the southeast of the region will be under the influence of another cyclone. Precipitation is expected in Yekaterinburg in the first half of the day, and thunderstorms are possible in the southeast of the region.
May 5 (Tue): night +8 °C, day +23 °C;
May 6 (Wed): night +12 °C, day +26 °C;
May 7 (Thu): night +12 °C, day +24 °C;
May 8 (Fri): night +11 °C, day +18 °C;
May 9 (Sat): night +6 °C, day +13 °C;
May 10 (Sun): night +3 °C, day +15 °C;
May 11 (Mon): night +5 °C, day +13 °C.
Другие Новости Екатеринбурга (ЕКБ166)
The summer heat of up to +28 degrees is coming to the Sverdlovsk region.
In the Sverdlovsk region, a noticeable warming is expected next week. Forecasters predict that the region will be under the influence of a stable westerly air mass transfer: warm air from Europe will flow into the Urals along the northern periphery of the anticyclone, supported by a cyclone moving along the Arctic coast.
