Spacious 8-room house in Sainte-Foy-de-Longas
Description
Discover this magnificent 168 m² Périgord-style house, nestled in the heart of the prestigious Périgord Golden Triangle, in Sainte-Foy-de-Longas. This property offers an exceptional living environment, close to regional gems such as Sarlat, Les Eyzies and Bergerac, whilst being just a stone’s throw from the charming Dordogne valley. Set on a vast, wooded plot of over 5,600 m², this property promises absolute tranquillity. It comprises 8 rooms, including 6 bedrooms, each with its own en-suite shower room and toilet, ensuring optimal comfort for all residents. A ground-floor bedroom adds a touch of practicality to this home. The double living room, bathed in natural light, opens onto a lush garden, ideal for relaxing with family or friends. The ground floor also houses a fitted kitchen, a study and a hallway with a cloakroom. The basement, with an impressive floor area of 170 m², is a real asset, featuring parking space for two cars and a tractor, a large boiler room, storage areas, a workshop and a wine cellar. Built in 1968 by local craftsmen, this house benefits from a solid structure and good insulation. The dual-fuel heating system, combining electricity and oil, ensures thermal comfort all year round. Information on the risks to which this property is exposed is available on the Géorisques website: www.georisques.gouv.fr
- 6 Bedrooms
- 9 Rooms
- 1 Bathrooms
- Garage: 2 car(s)
- Living space: 168 m²
- Land surface: 5 600 m²
- Property tax: 1 381 €
- Area: STE ALVERE AREA
- Environment: Non isolated countryside
- Condition: Undefined
- Year: 1968
- Kitchen: No kitchen
- Heating: Oil
Details
Ground floor
- Bedroom(s)
- Kitchen
- Lounge
- Dining Room
- Washroom(s)
- WC
Heating
- Oil central heating
- Electric
1st floor
- Bedroom(s) 5 bedrooms
- Shower room(s)
- WC
Basement
- Garage Storage space, wine cellar, garage, 170m2
Energy Performance Diagnosis (Energy report)
Consommation en énergie primaire :
199 kWh/m2/an
dont Émissions de gaz à effet de serre :
62 kg CO2/m2/an
