Elvira residential community in Dubai
Elvira is a new facility from Emaar Properties, a major Emirati developer that is known all around the world. 16-storey twin buildings will be erected on the territory of a popular family-style community. This premium development offers a wide range of 1- to 3-bedroom properties surrounded by all the necessary amenities for comfortable living. According to the developer, the residential complex will be put into operation in December 2026.
Real estate in Dubai Hills Estate, Dubai , UAE
In the mixed-use community of
Local real estate includes multi-family facilities: studios, 1- to 3-bedroom apartments, and duplexes with 3 or more bedrooms, as well as villas and townhouses with 3 to 7 bedrooms.
A total of 22,000 apartments and 4,600 detached mansions will be located in the district. Residential facilities are designed in a modern style, in line with current trends in architecture and interior design. Each complex has a wide range of public and private amenities, including sports facilities, swimming pools, parking lots, and much more.
The community offers a wide range of commercial real estate: office and retail premises, catering facilities, hotels, and other real estate to use as a potential source of income for both investors and entrepreneurs.
Purchasing property in Elvira
Off-plan real estate in the Elvira residential complex attracts buyers for many purposes. It is an ideal choice for investors looking to increase their own income, as well as for those who want to save money on buying a home in
Like most off-plan property deals, buyers of premium residences can apply for instalments. In accordance with the developer scheme, they must make an advance payment of 10% of the cost in order to book the selected property, and cover 70% in instalments (within 34 months from the date of booking). The rest of the amount must be paid after the transfer of ownership, when the project is finished.
Would you like to get the maximum benefit from purchasing off-plan real estate in a residential complex in