2 Bedrooms Apartment in Les Portes du Soleil
Reference: SBP-626 PRICE: £203,956
Property Details
Ref: SBP-626
Country: France
State or province: Les Portes du Soleil
Property type: Apartment
Views: Yes
Pool type: Communal Pool
Parking type: Yes
Number of bedrooms: 2
Property Description
Superbly located close to the lift, this 4 star Residence de Tourisme will consist of 7 traditional style chalets with 5 to 30 apartments in each. It will feature an indoor swimming pool, a jacuzzi, saunas, steam rooms and a spa & beauty centre. MGM's first development for a decade in Chatel promises to be special, "Les Chalets d'Angele" will be a 4 star leaseback development located in a prime location only a short walk to the charming village centre and 800 m from the Super Chatel gondola. The village of Chatel is one of the most unspoilt in the region. Its charming and original architecture and friendly residents provide a wonderful, welcoming atmosphere throughout the whole year. Chatel is in the Abondance valley and is linked to the highly acclaimed "Portes du Soleil"- one of the largest ski areas in the world with over 600 km of ski slopes. The "Portes du Soleil" is truly international with a mixture of French resorts such as Chatel, Avoriaz, Les Gets, Abondance, Morzine, Montriond and St Jean d'Aulps linking with five resorts in Switzerland including Morgins, Torgon, Champoussin, les Crozets and Champéry. Chatel also benefits from its prime location only a 1hr 30 min drive from Geneva airport. The village links superbly to the massive Portes du Soleil ski area via the Super Chatel cable car located a short distance from the site. The abondance valley and Chatel are a fantastic summer location as well with a wealth of activity so it is also buzzing in the summer months. This great location is a true rarity in the mountains, meeting almost every key criteria that most purchasers are looking for.
Features
- Community Pool
- Jacuzzi
- ski resort
- Spa Centre
Amenities
Energy Rating
Energy rating coming soon!
kWh/m² per year
kgCO2/m² per year
a
b
c
d
e
f
g