On Saturday in Moscow, forecasters expect the air to rise to around 21°C. Skies will be partly cloudy with little or no precipitation. Daytime temperatures should hold between 19°C and 21°C. Atmospheric pressure is projected near 750 mmHg, and winds will come from the west and northwest at 5 to 10 m/s, with gusts possibly reaching 15 m/s. For readers in Canada and the United States, these temperatures translate to roughly 70–70°F during the day, with comfortable breezes. Outdoor plans can usually proceed, though a light jacket remains sensible for late afternoon and evening.
Sunday night could bring a chill as temperatures dip to 6–8°C. Winds may keep the air feeling cooler, and conditions should favor clear or diminishing cloud cover as night falls. The overnight shift marks a noticeable drop from Saturday’s warmth, emphasizing the early taste of autumn. Travelers, commuters, and anyone outdoors after sunset should prepare for brisk air and a quick cool-down, especially in open spaces and along waterfront areas.
During the coming week, forecasts indicate that central Russia may see light rains toward the end of September, but daytime temperatures are not expected to fall below about 15°C. An Indian summer is anticipated in October, bringing intermittent warmth after cooler spells. These projections reflect typical autumn variability and help residents plan events, harvests, and travel, while meteorologists continue to refine models with new observations.
Experts note that this year the capital region has experienced unusually warm and dry conditions for the early autumn, with September turning out exceptionally hot by long-term standards. In some areas, such as the Krasnoyarsk Territory, there have been reports of snow linked to hurricane activity, underscoring the broad range of seasonal extremes. Such anomalies remind residents to monitor official updates, especially for outdoor work or long-distance travel.
Forecasts are not set in stone; forecasters frequently explain why predictions shift as new data arrives. Weather models are updated with fresh observations from stations, satellites, and radar, and ensembles are used to assess multiple possible outcomes. That process helps explain why a forecast today might change tomorrow. For readers in North America, the idea of shifting forecasts is familiar, and it reinforces the value of checking updates regularly before planning activities.