Gangwon

South Korea

Yongpyong

Natural snow at mid-mountain (1,079 m) rarely reaches a reliable 30 cm; the best odds are 16–28 Feb, at 75% of days. At the peak of the season the village at 700 m is unreliable (39% of days) and modelled snowfall at the summit averages 27 cm a fortnight.

Modelled since 1950

How natural snow at Yongpyong has changed

Days each winter (November to April) with 30 cm or more of natural snow, every winter since 1950. The lines are the averages for 1961/62 to 1990/91 and 1995/96 to 2024/25.

Village, 700 m

18 fewer days a winter with 30 cm or more than in 1961–1990.
06012018041 days23 days19501960197019801990200020102020

Mid-mountain, 1,079 m

18 fewer days a winter with 30 cm or more than in 1961–1990.
06012018076 days58 days19501960197019801990200020102020

Modelled from ERA5 weather (Copernicus Climate Change Service), one consistent record for every winter. Checked against measured snow, this model got the direction of change right at 18 of 19 Swiss weather stations and 22 of 25 US snow stations, but overstated its size: a typical loss of 26 days against 17 measured in Switzerland, and 12 against 6 in the US. Read the changes as upper estimates. See the measurements · All 104 resorts since 1950

Month by month

Each month in detail

October to November

Natural snow at mid-mountain reached 30 cm on fewer than 5% of days.

December

Unreliable for natural snow. Mid-mountain reached 30 cm on 14% of days.

January

Unreliable for natural snow. Mid-mountain reached 30 cm on 42% of days.

February

Usually skiable. Mid-mountain had 30 cm or more on 68% of days, typically 40 cm deep. In the worst of the thirty winters there was none. Modelled snowfall at the summit averages 52 cm in the month, before wind and settling.

March

Usually skiable. Mid-mountain had 30 cm or more on 62% of days, typically 34 cm deep. In the worst of the thirty winters there was none. Modelled snowfall at the summit averages 69 cm in the month, before wind and settling.

April

Unreliable for natural snow. Mid-mountain reached 30 cm on 7% of days.

May to September

Natural snow at mid-mountain reached 30 cm on fewer than 5% of days.

Questions

When is the best time to ski Yongpyong?

Natural snow at Yongpyong rarely builds a reliable base. The best odds are 16–28 Feb, and February is the most reliable month at 68% of days. Most skiing here relies on snowmaking, which this model does not include.

Is there snow at Yongpyong in December?

Rarely, as natural snow. In December, mid-mountain had 30 cm or more on 14% of days over thirty winters. Early-season skiing here depends on snowmaking, which this model leaves out.

Does the snow reach the village at Yongpyong?

At its most reliable, in February, the village at 700 m had 30 cm or more of natural snow on 34% of days. Expect to ride a lift down at the end of the day.

How high is Yongpyong?

The modelled village is at 700 m, mid-mountain at 1,079 m and the summit at 1,458 m. The ski area itself spans 760 m to 1,424 m.

How much does natural snow vary from winter to winter at Yongpyong?

Across the thirty winters modelled, mid-mountain had 30 cm or more of natural snow on between 0 and 129 days per season, with a typical winter around 61. Thirty winters show how much one season can differ from the next. For how snow has changed since 1950, see the long record below.

What is the nearest airport to Yongpyong?

Yangyang (YNY) is about 46 km away in a straight line. Wonju (WJU) is 68 km away. Road distances are longer.

Snow is modelled from thirty winters of ERA5 weather data, natural snow only. It ignores snowmaking, grooming and wind, so use it to compare places, dates and heights, not as a guarantee. Always check local avalanche bulletins before going off-piste.

Weather: ERA5, contains modified Copernicus Climate Change Service information 2026. Live snowfall: Open-Meteo (open-meteo.com, CC BY 4.0). Terrain: AWS Terrain Tiles. Basemap: OpenFreeMap, © OpenMapTiles. Ski areas, pistes and lifts: OpenSkiMap, © OpenStreetMap contributors (ODbL). Satellite view: Sentinel-2 cloudless 2016 by EOX (CC BY 4.0).

© 2026 Methodis Ltd