TL;DR
LEITNER is transforming two major Swiss ski resorts with innovative retrofit projects that prioritize sustainability and guest comfort. The upgrades at St. Moritz-Corviglia and Arosa Lenzerheide showcase how existing infrastructure can be modernized with cutting-edge technology while minimizing environmental impact.
Sustainable Lift Technology Transforms Two Premier Swiss Ski Resorts St. Moritz-Corviglia and Arosa Lenzerheide are leading the way in sustainable ski resort operations with major lift upgrades that maximise existing infrastructure. These "retrofit projects" by LEITNER demonstrate how ski resorts can modernise their facilities while minimising environmental impact.
At St. Moritz's Corviglia ski area, home to 155 kilometres of slopes reaching above 3,000 meters, the popular FIS lift is receiving a complete transformation. The upgrade includes replacing the 20-year-old drive system with LEITNER's more efficient DirectDrive technology.
The 6-seater chairlift's bubble chairs are being redesigned to provide a quieter ride, wider seats, and higher backrests for enhanced comfort. “We are convinced that these installations will not only be a milestone in the Swiss ropeway industry but will also serve as a shining example for future projects.” — Markus Sigrist - Sales Manager LEITNER Switzerland
The FIS base terminal during the retrofit at St Moritz Corviglia Resort. Credit: LEITNER Switzerland local expertise plays a key role in the modernisation, with Swiss company Sisag AG providing the new control system. This partnership ensures seamless integration with existing resort operations and eliminates the need for additional staff training. The improved FIS lift maintains its current capacity while delivering better comfort and safety features. The project is on track for its mid-October launch, with installation work completed and chairs already delivered.In Arosa Lenzerheide, one of Graubünden's largest ski resorts, LEITNER is upgrading the "Stätzertäli" 4-seater chairlift with a modern replacement. The project emphasises sustainability by reusing existing tower foundations and infrastructure along the same route. The top station will feature photovoltaic panels for renewable energy generation.
