Alpe di Siusi ski resort

📷 Alpe di Siusi

Europe

Alpe di Siusi

17

Limited

declining

Last Snowfall

Feb 21

5d ago

Past 24 Hours

0cm

Past 48 Hours

0cm

Past 10 Days

17.3cm

14-Day Forecast

0.7cm

Snow Depth

90cm

Updated: Feb 26, 3:46 PMWeather at base: 1227m

Resort Guide

Val Gardena - Alpe di Siusi is a renowned ski area in the Dolomites of northern Italy, offering over 175 kilometers of interconnected slopes and direct access to the Sellaronda circuit. The resort features a blend of wide, scenic runs suitable for all levels, modern lift systems, and a welcoming alpine atmosphere. Signature experiences include panoramic views of the Dolomite peaks, extensive cross-country trails, and vibrant mountain villages with a mix of Ladin, Italian, and Austrian influences. Key amenities include ski schools, family-friendly facilities, and a variety of mountain huts and après-ski options.

Resort Info

Summit2350m
Base1227m
Vertical3684m
Lifts79
Runs73
Skiable Area4474.1 acres
Avg Snowfall59 inches / 150 cm
CountryItaly

Top Après Ski

Luislkeller – This iconic après-ski bar in Selva di Val Gardena is renowned for its energetic atmosphere, live music, and scenic mountain views, making it a favorite gathering spot for skiers to unwind and celebrate after a day on the slopes.

SnowSure™ ScoreAI
17
Limited
declining

Limited snow coverage - consider other options.

Currently, Alpe di Siusi has a snow depth of 73cm, providing a decent base for skiing despite the warmer temperature of 2°C. With only 3cm of new snow in the past week, conditions are mainly clear, so enjoy the sunshine while it lasts.

AI-generated summary

Depth

53cm depth - adequate for most conditions.

Recent

No significant recent snowfall.

Forecast

Light snow possible in the forecast.

Historic

Season is performing around average.

Data updated Thu, Feb 26, 03:46 PM UTC

Snow Summary

2350mECMWF Model

Updated Feb 26, 2026 at 3:51 PM

17cm
24h
1cm
Past 10d
14-Day Forecast
17
Prev10d
Now26
F27
S28
S1
0.7
M2
T3
W4
Past
Today
Forecast

Current Conditions

Reported Thu, Feb 26, 03:46 PM UTC

Freezing Level

1870m

🌡️ Mid-mountain - mixed conditions

Base

1227m

Temp

9.7°C

Wind

2.5km/h

Snow Depth

50cm

14-Day Forecast

0.1cm

Mid-Mountain

1789m

Temp

7.9°C

Wind

2.1km/h

Snow Depth

70cm

14-Day Forecast

0.1cm

Summit

2350m

Temp

2.1°C

Wind

2km/h

Snow Depth

90cm

14-Day Forecast

0.4cm

Live Conditions

Alpe di Siusi Webcams

All Webcams

Feratel

Panomax

Panomax

Feratel

Feratel

Feratel

Panomax

it-wms

it-wms

it-wms

10 webcams • Click to expand

Local Reports

0 reports
SnowSure™ Forecast Range

Daily Snowfall Forecast by Model

Shows daily snowfall predictions from 7 weather models. Black line = SnowSure™ weighted average.

14-Day Snow Forecast by Model

Summit elevation (2350m)

ECMWF
0.7cm
GFS
0cm
GEM
0cm
JMA
0.2cm
ICON
1.1cm
Météo-Fr
0cm
SnowSure™
0.3cm

10-Day Forecast

Today

26

4.2°

-5.4°

Fri

27

☀️

3.7°

-5.4°

Sat

28

☁️

2.6°

-7.1°

Sun

1

☁️

1°

-7.8°

Mon

2

❄️

-1.4°

-6.3°

0.7cm

Tue

3

☁️

0.5°

-10.2°

Wed

4

1.6°

-8.4°

Thu

5

1.1°

-7.7°

Fri

6

1.7°

-6.8°

Sat

7

3°

-6.3°

Summit elevation (2350m) • ECMWF model

Season vs Historic

Updated Thu, Feb 26, 03:46 PM UTC

102.1cm

Season Total

This Season to Date

-36%

vs 5-Year Avg

158.8cm avg by now

-18%

vs 30-Year Avg

124.6cm avg by now

158.8cm

5-Yr Avg by Now

Over the past five years, average seasonal snowfall has exceeded the 30-year average by approximately 15%, indicating a recent upward trend. However, snowfall has been highly variable, with the 2020 season recording a significant peak at 196.8 cm, followed by a sharp drop to 33.8 cm in 2024, which is 64% below the 5-year average and 59% below the 30-year average. This most recent season represents a notable anomaly, marking the lowest snowfall in the observed period and a substantial deviation from both short- and long-term norms.

Best Months to Visit

February

Peak Season

January

Peak Season

March

Good

December

Good

Note: Based on typical ski season patterns for this region.