Arzier-Le Muids, Vaud · Switzerland · ski area
Le Brassus / La Thomassette ski resort · slopes, lifts & elevation
Le Brassus / La Thomassette is a ski area in Arzier-Le Muids, Vaud, Switzerland, between 1,015 m and 1,446 m above sea level.
- Downhill runs
- —
- Lifts
- —
- Top elevation
- 1,446 m
- Vertical drop
- 431 m
- Cross-country
- 65 km
- Nearest airport
- GVA · 37 km
Le Brassus / La Thomassette is a ski area in Arzier-Le Muids, Vaud, Switzerland.
Lifts and elevation
Skiing runs from 1,015 m up to 1,446 m, a vertical drop of 431 m. Cross-country skiers get 64.5 km of nordic trails.
Getting to Le Brassus / La Thomassette
The nearest airport is Geneva International Airport (GVA), about 37 km away in a straight line — roughly 48 minutes by car; Annecy Meythet airport (NCY) is 71 km away. Nearby ski areas include Le Marchairuz, L'Orient (4.9 km), Saint George (2.1 km) and Les Rousses (31.9 km), which together add 39 km of slopes for a multi-resort trip.
Nearest airports to Le Brassus / La Thomassette
- 1 GVA37 kmstraight line
- 2 NCY71 kmstraight line
- 3 DLE78 kmstraight line
- 4 CMF106 kmstraight line
Nearby
Ski resorts near Le Brassus / La Thomassette
- 3 kmLe Brassus4.7 km of slopes · 2 lifts · up to 1,365 m
- 4 kmLe Marchairuzup to 1,365 m
- 6 kmL'Orient4.9 km of slopes · 1 lift · up to 1,286 m
- 8 kmBellefontaine
Franceup to 1,151 m - 8 kmLe RisouxFranceup to 1,273 m
- 8 kmSaint George2.1 km of slopes · 2 lifts · up to 1,143 m
- 8 kmBellefontaineFrance3.3 km of slopes · 5 lifts · up to 1,257 m
- 9 kmChapelle-des-BoisFranceup to 1,262 m
- 9 kmSite nordique de MoutheFranceup to 1,377 m
- 10 kmSite nordique de MorbierFranceup to 1,117 m
- 11 kmLes Rousses32 km of slopes · 23 lifts · up to 1,662 m
- 11 kmFoncine / Chaux-NeuveFranceup to 1,205 m
Frequently asked questions
How high is Le Brassus / La Thomassette?
What is the nearest airport to Le Brassus / La Thomassette?
Data: OpenSkiMap — © OpenStreetMap contributors & Skimap.org (ODbL 1.0). Run lengths are measured along mapped pistes; resorts may publish different figures.