OUR 5 TIPS:
1. Nordkette
Distance from Innsbruck: Directly accessible from the city via the Nordkettenbahn cable car.
Altitude: Up to 2,300 m.
Description: The Nordkette is the most famous ski resort directly in Innsbruck and offers spectacular views of the city. It has a mix of challenging slopes for experienced skiers and snowboarders as well as some easier runs. Particularly famous is the “Streif”-like downhill run, which offers a real challenge.
2. Stubai Glacier
Distance from Innsbruck: Approx. 45 minutes by car.
Altitude: Up to 3,210 m.
Description: The Stubai Valley is one of the largest glacier areas in the Alps and, thanks to its high altitude, offers a long season from October to June. With 64 km of slopes and modern lifts, it is an ideal destination for anyone looking for guaranteed snow and varied slopes. There is also a snow park.
3. Axamer Lizum
Distance from Innsbruck: approx. 19 km (20 minutes by car).
Altitude: up to 2,340 m.
Description: This medium-sized ski resort is particularly popular with locals and offers a good mix of blue, red, and black slopes. There are a variety of options for freeride skiers and also a snow park for freestyle enthusiasts. Axamer Lizum is a great destination, especially for families and advanced skiers.
4. Kühtai
Distance from Innsbruck: About 30 minutes by car.
Altitude: Up to 2,520 m.
Description: Kühtai is the highest ski resort in Austria, located at over 2,000 m. It offers excellent snow conditions and a variety of slopes of all difficulty levels. There are great deep snow runs, especially for snowboarders and freeriders. The ski resort has a relaxed atmosphere and is less crowded than other areas.
5. Seefeld - Rosshütte
Distance from Innsbruck: approx. 30 minutes by car.
Altitude: up to 2,200 m.
Description: Seefeld is particularly popular with families and beginners. The Rosshütte ski area offers beautiful, well-groomed slopes that are suitable for all levels. Seefeld also has excellent cross-country skiing infrastructure, making it a versatile winter destination.