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Layman Peak snow forecast and mountain weather

Layman Peak rises to 2,560 m, in the Queen Maud Mountains (Transantarctic Mountains). The forecast below starts at the summit; lower the height to see the slopes and valleys, or compare every model.

Layman Peak snow forecast, day by day

DaySummit2,560 m500 m lower2,060 m1,000 m lower1,560 mFreezing level
Mon 26 Oct<1 cm<1 cm<1 cm0 m
Tue 27 Oct–––0 m
Wed 28 Oct1 cm1 cm1 cm0 m
Thu 29 Oct3 cm3 cm3 cm0 m
Fri 30 Oct1 cm1 cm1 cm0 m
Sat 31 Oct1 cm1 cm1 cm0 m
Sun 1 Nov–––0 m
Total6 cm6 cm6 cm

Forecast snowfall worked out for each height from ECMWF (days in UTC, updated 12 hours ago). Not a measured snow depth. The forecast above has the hour-by-hour detail, wind and temperature, and every other model.

Mountains near Layman Peak

More: Mountains in the Queen Maud Mountains · Mountains in the Transantarctic Mountains · Mountains in Antarctica · The world’s highest mountains · Ski resorts

Questions about Layman Peak

Will it snow on Layman Peak this week?
Yes. About 6.3 cm of snow is forecast at the summit of Layman Peak (2,560 m) over the next 7 days, most of it on Thursday.
What is the freezing level on Layman Peak?
Over the next 7 days the freezing level is forecast between about 0 m and 0 m. The summit is 2,560 m, so it should stay below freezing at the top all week.
How high is Layman Peak?
Layman Peak is 2,560 m (8,399 ft) high.
Which mountain range is Layman Peak in?
Layman Peak is in the Queen Maud Mountains, part of the Transantarctic Mountains.

Mountain heights and names: Wikidata (CC0).

Weather data by Open-Meteo.com (CC BY 4.0) from ECMWF, NOAA, DWD, Météo-France, MeteoSwiss, GeoSphere Austria, UK Met Office, ECCC, JMA and others. Terrain: Mapzen / AWS Terrain Tiles. Map: OpenTopoMap, © OpenStreetMap contributors. Ski runs and resorts: OpenSkiMap (© OpenStreetMap contributors, ODbL). Radar: RainViewer. Weather stations: Meteostat. Webcams: Windy. Place search: Open-Meteo and Photon (© OpenStreetMap contributors). Snow totals are worked out for your chosen height: each model’s precipitation × the share falling as snow there (from its freezing level and temperature) × the snow-to-water ratio. A model’s own snowfall is for its smoothed ground height, which can be far below the peaks, so ours can differ from it. Always check your local avalanche bulletin.