Condominium voor Kopen in Barcelona, Catalonië

The development is located in the heart of the Horta-Guinardó district of Barcelona. It is an exceptional location, which is surrounded by gardens, viewpoints and old farmhouses that recall its agricultural past. It also forms part of one of the city's most important commercial hubs and is also an ideal enclave for zigzagging through the secrets hidden in the old Camí d'Horta. The development has excellent transport links, both by public and private transport. Just a few metres from the building you will find all the essential services you may need. Restaurants, traditional shops, culture and green areas surround this emblematic neighbourhood of the city. And if you are looking to disconnect and relax, just in front of the building you will find the Jardins de Can Fargues, a small and charming natural bubble located in the old gardens of the medieval farmhouse of the same name, which has been restored and today houses the Municipal Music School. New development comprising 15 spectacular 2 and 3-bedroom homes, located next to Barcelona's emblematic Font d'en Fargas neighbourhood. The project offers ground floor duplexes with large terraces, flats with balconies and a basement floor for car parking and storage rooms. The building is located on Passeig Maragall, one of the main commercial arteries of the district. It is a quiet area, surrounded by narrow streets and green areas, which maintains the spirit of village life intact. The development is made up of different types of 2, 3 and 4-bedroom homes. Their interiors have a careful distribution and an orientation designed to make the most of natural light. In addition, they have an aerothermal air conditioning system, a clean, ecological and environmentally friendly energy, which provides cooling in summer, heating in winter and hot water throughout the year at a much lower cost for their future owners. It has energy classification A. Ask without obligation about the properties available now and their corresponding prices depending on their surface area.