Severe Snowstorm Set to Hit the Midwest as it Tapered from Northeast

While snowfall in the Northeast gradually diminishes, the storm is expected to rapidly intensify over Minnesota, Wisconsin, and Michigan, bringing heavy snow, blizzard‑level winds, and dangerous wind chills.

As of December 28, 2025, a powerful new storm system is intensifying over the Upper Midwest and Great Lakes following a Christmas-week storm that dumped significant snow across the Northeast

Midwest and Great Lakes Forecast 

A potent winter storm is set to bring severe conditions to the region starting Sunday, December 28, through Monday, December 29. 

  • Heavy Snowfall: Widespread accumulations of 8 to 12+ inches are expected across Minnesota and northern Wisconsin. Parts of Michigan’s Upper Peninsula could see more than 2 feet of snow.
  • Blizzard Conditions: Rapidly strengthening low pressure will combine with wind gusts exceeding 40–55 mph, leading to whiteout conditions and treacherous travel.
  • Extreme Cold: Arctic air spilling south from Canada will drop wind chills to between -10°F and -25°F in North Dakota and northern Minnesota.
  • Flash Freeze: In areas starting with rain or a wintry mix, such as eastern Minnesota and Wisconsin, a sharp cold front will cause temperatures to plunge, leading to a dangerous flash freeze on roads. 

Northeast Conditions

The previous storm system, which blanketed the Northeast between December 26 and 27, is currently tapering off. 

  • Recent Totals: New York City recorded approximately 4.3 inches of snow, its highest single-event total since January 2022. Some areas in New England and upstate New York saw between 4 and 8 inches.
  • Lingering Impacts: While heavy snow has ended, light snow or freezing rain may cause icing in parts of New England and upstate New York through Sunday.
  • Future Outlook: Forecasters are monitoring the current Midwest storm as it is expected to track toward the Northeast by mid-week. 

For real-time updates and local warnings, consult the National Weather Service (NWS) or track travel disruptions via FlightAware.