Red Lodge, Montana – Light snowfall is expected across the Absaroka and Beartooth Mountains beginning Wednesday, potentially impacting high-elevation travel and backcountry recreation near U.S. Highway 212 (Beartooth Highway).
According to the National Weather Service in Billings, snow will develop Wednesday morning and continue through Wednesday night, with accumulations mainly confined to elevations above 6,000 feet. While widespread heavy snow is not anticipated, periods of accumulating snowfall could create slick conditions on mountain roads and trails.
Forecast graphics indicate the highest snowfall potential near Cooke City, Mystic Lake, and along the Beartooth Plateau, where colder temperatures and higher elevations support snow accumulation. Lower elevations near Red Lodge, Livingston, and Big Timber are expected to see little to no accumulation.
Forecasters note that even light snowfall can create hazardous conditions in the backcountry, especially when combined with reduced visibility and gusty ridge-top winds. Travel along Beartooth Highway, US-89, and nearby forest roads may become slick at times, particularly during the afternoon and evening hours.
The primary concern with this event is its impact on backcountry recreation, including snowmobiling, hiking, and late-winter hunting activities. Changing conditions may obscure trails, increase avalanche risk in localized areas, and complicate navigation for those traveling away from maintained roadways.
Snowfall rates are expected to remain light, but conditions may fluctuate quickly in mountainous terrain. Temperatures will remain cold enough to support snow persistence through the overnight period before conditions gradually improve Thursday.
Officials encourage backcountry users to check the latest forecasts, carry proper winter gear, and be prepared for rapidly changing weather conditions. Motorists traveling mountain routes should allow extra time and use caution, especially near higher passes.
Additional updates may be issued if snowfall coverage or intensity increases.
