StormWatcher Vermont storm cams and snow line

0 of 24 snowing up top
3,700 ft freezing level
0 snow likely, 24 hSnowFactor rates how likely snow is at the top of each resort over the next 24 hours, from 0 to 10. It is SnowGrabber's own calculation, built from Open-Meteo wet bulb and precipitation forecasts and each mountain's height. 7 or more: snow likely up high. 0: not this time.
4 good snowmaking tonightMakeFactor rates the snowmaking window at each resort's base area each night, 6 pm to 9 am, from 0 to 10. It counts the hours at 28°F wet bulb or colder and how cold they get: 7 or more is prime, 4 to 6 good, 1 to 3 marginal. It says the weather allows snowmaking, not that a resort is making snow. SnowGrabber's own calculation, from Open-Meteo hourly wet bulb.
46 cams
ResortWeather
nowat the top		Freezing
levelnow		Lowest snow
next 24 hforecast		SG
SnowFactorSnowFactor rates how likely snow is at the top of each resort over the next 24 hours, from 0 to 10. It is SnowGrabber's own calculation, built from Open-Meteo wet bulb and precipitation forecasts and each mountain's height. 7 or more: snow likely up high. 0: not this time.next 24 h		SG
MakeFactorMakeFactor rates the snowmaking window at each resort's base area each night, 6 pm to 9 am, from 0 to 10. It counts the hours at 28°F wet bulb or colder and how cold they get: 7 or more is prime, 4 to 6 good, 1 to 3 marginal. It says the weather allows snowmaking, not that a resort is making snow. SnowGrabber's own calculation, from Open-Meteo hourly wet bulb.tonight		Snow
last 24 hat the top		Snow
next 24 hforecast
Mount Mansfield summitVT High Point · 4,393 ft 30°FClear Below freezing at the top, cold enough for snow. The higher 0°C level is a warm layer aloft, above the mountain.6,000 ftwarm layer aloft – Dry
Ascutneytop 1,244 ft 35°FClear Summit above the freezing level: below freezing from 1,000 ft up, cold enough for snow up top.1,000 ft Snow level drops below the base in the next 24 hours, to sea level: cold enough for snow top to bottom.sea level 0– Dry
Bolton Valleytop 3,120 ft 34°FClear Summit below the freezing level: above freezing all the way to the top, rain if anything falls.6,800 ft Snow level drops below the base in the next 24 hours, to 1,400 ft: cold enough for snow top to bottom.1,400 ft 03– Dry
Brattleborotop 590 ft 31°FClear Snow level drops below the base in the next 24 hours, to sea level: cold enough for snow top to bottom.sea level 06– Dry
Bromleytop 3,270 ft 33°FClear Summit below the freezing level: above freezing all the way to the top, rain if anything falls.8,400 ft Snow level drops below the base in the next 24 hours, to 900 ft: cold enough for snow top to bottom.900 ft 02– Dry
Burketop 3,207 ft 31°FClear 06– Dry
Cochran'stop 709 ft 37°FClear Summit below the freezing level: above freezing all the way to the top, rain if anything falls.6,400 ft Snow level drops below the base in the next 24 hours, to sea level: cold enough for snow top to bottom.sea level 02– Dry
Hard'Acktop 773 ft 36°FClear Summit below the freezing level: above freezing all the way to the top, rain if anything falls.6,200 ft Snow level drops below the base in the next 24 hours, to 200 ft: cold enough for snow top to bottom.200 ft 0– Dry
Jay Peaktop 3,822 ft 32°FClear Below freezing at the top, cold enough for snow. The higher 0°C level is a warm layer aloft, above the mountain.6,800 ftwarm layer aloft Snow level drops below the base in the next 24 hours, to 1,400 ft: cold enough for snow top to bottom.1,400 ft 00– Dry
Killingtontop 4,139 ft 29°FClear Below freezing at the top, cold enough for snow. The higher 0°C level is a warm layer aloft, above the mountain.7,300 ftwarm layer aloft Snow level drops below the base in the next 24 hours, to 900 ft: cold enough for snow top to bottom.900 ft 02– Dry
Lyndontop 1,249 ft Lyndonville station, 1,171 ft
29°F · wet bulb 27° · wind 0 ktKCDA · NOAA Aviation Weather CenterClear		 Freezing level below the base: below freezing top to bottom, cold enough for snow on the whole mountain.500 ft Snow level drops below the base in the next 24 hours, to sea level: cold enough for snow top to bottom.sea level 0– Dry
Mad Rivertop 3,626 ft 33°FClear Summit below the freezing level: above freezing all the way to the top, rain if anything falls.7,200 ft Snow level drops below the base in the next 24 hours, to 1,600 ft: cold enough for snow top to bottom.1,600 ft 01– Dry
Magic Mountaintop 2,858 ft 31°FClear Below freezing at the top, cold enough for snow. The higher 0°C level is a warm layer aloft, above the mountain.7,800 ftwarm layer aloft Snow level drops below the base in the next 24 hours, to sea level: cold enough for snow top to bottom.sea level 05– Dry
Middleburytop 2,661 ft 35°FClear Summit below the freezing level: above freezing all the way to the top, rain if anything falls.7,400 ft Snow level drops below the base in the next 24 hours, to 1,100 ft: cold enough for snow top to bottom.1,100 ft 01– Dry
Mount Snowtop 3,591 ft 32°FClear Below freezing at the top, cold enough for snow. The higher 0°C level is a warm layer aloft, above the mountain.8,300 ftwarm layer aloft Snow level drops below the base in the next 24 hours, to 700 ft: cold enough for snow top to bottom.700 ft 03– Dry
Northeast Slopestop 1,147 ft 30°FClear Freezing level below the base: below freezing top to bottom, cold enough for snow on the whole mountain.200 ft Snow level drops below the base in the next 24 hours, to sea level: cold enough for snow top to bottom.sea level 0– Dry
Okemotop 3,322 ft 31°FClear Below freezing at the top, cold enough for snow. The higher 0°C level is a warm layer aloft, above the mountain.7,500 ftwarm layer aloft Snow level drops below the base in the next 24 hours, to 800 ft: cold enough for snow top to bottom.800 ft 01– Dry
Pico Mountaintop 3,934 ft 26°FClear Below freezing at the top, cold enough for snow. The higher 0°C level is a warm layer aloft, above the mountain.7,000 ftwarm layer aloft Snow level drops below the base in the next 24 hours, to 300 ft: cold enough for snow top to bottom.300 ft 03– Dry
Quecheetop 1,240 ft 33°FClear Freezing level below the base: below freezing top to bottom, cold enough for snow on the whole mountain.200 ft Snow level drops below the base in the next 24 hours, to sea level: cold enough for snow top to bottom.sea level 05– Dry
Rikerttop 1,880 ft 34°FClear Summit below the freezing level: above freezing all the way to the top, rain if anything falls.7,000 ft Snow level drops below the base in the next 24 hours, to 200 ft: cold enough for snow top to bottom.200 ft 03– Dry
Saskadena Sixtop 1,353 ft 36°FClear Summit above the freezing level: below freezing from 1,000 ft up, cold enough for snow up top.1,000 ft Snow level drops below the base in the next 24 hours, to sea level: cold enough for snow top to bottom.sea level 03– Dry
Smugglerstop 3,648 ft Mount Mansfield summit station, 3,944 ft
27°FMMNV1 · Iowa Environmental MesonetClear		 Below freezing at the top, cold enough for snow. The higher 0°C level is a warm layer aloft, above the mountain.6,400 ftwarm layer aloft Snow level drops below the base in the next 24 hours, to 1,000 ft: cold enough for snow top to bottom.1,000 ft 02– Dry
Stowetop 3,661 ft Mount Mansfield summit station, 3,944 ft
27°FMMNV1 · Iowa Environmental MesonetClear		 Below freezing at the top, cold enough for snow. The higher 0°C level is a warm layer aloft, above the mountain.7,100 ftwarm layer aloft Snow level reaches 1,700 ft at its lowest in the next 24 hours: cold enough for snow from there up.1,700 ft 00– Dry
Strattontop 3,883 ft 29°FClear Below freezing at the top, cold enough for snow. The higher 0°C level is a warm layer aloft, above the mountain.8,200 ftwarm layer aloft Snow level drops below the base in the next 24 hours, to 600 ft: cold enough for snow top to bottom.600 ft 03– Dry
Sugarbushtop 4,066 ft 31°FClear Below freezing at the top, cold enough for snow. The higher 0°C level is a warm layer aloft, above the mountain.7,100 ftwarm layer aloft Snow level drops below the base in the next 24 hours, to 1,000 ft: cold enough for snow top to bottom.1,000 ft 00– Dry

Every cam, snowing resorts first

SnowFactor rates how likely snow is at the top of each resort over the next 24 hours, from 0 to 10. It is SnowGrabber's own calculation, built from Open-Meteo wet bulb and precipitation forecasts and each mountain's height. 7 or more: snow likely up high. 0: not this time.

MakeFactor rates the snowmaking window at each resort's base area each night, 6 pm to 9 am, from 0 to 10. It counts the hours at 28°F wet bulb or colder and how cold they get: 7 or more is prime, 4 to 6 good, 1 to 3 marginal. It says the weather allows snowmaking, not that a resort is making snow. SnowGrabber's own calculation, from Open-Meteo hourly wet bulb.

Mount Mansfield summit images: WCAX -- SkyWatch3, via LiveObservatory. Resort weather is modelled (Open-Meteo), not measured. Maps and satellite are copies of NWS and NOAA images, refreshed every 30 minutes. The freezing level and snow level are roughly where rain turns to snow. The cams show what actually happened.

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