Villa 5 Bedrooms for Sale in New Giza - Cairo Alex Road By New Giza
If you're looking for a luxurious and spacious villa in Egypt, then you might want to consider the semi-finished villas for sale in New Giza Cairo Alexandria Desert Road. These villas are perfect for families who want to live in a peaceful and secure environment while enjoying the modern amenities of a city.
The semi-finished villas in New Giza Cairo Alexandria Desert Road offer five bedrooms, making them ideal for large families. Each villa has a spacious living room, dining area, and a fully equipped kitchen. The bedrooms are designed to provide maximum comfort and privacy, with en-suite bathrooms and walk-in closets.
One of the main advantages of buying a semi-finished villa is that you have the freedom to customize the interiors according to your taste and preferences. You can choose the flooring, wall colors, and fixtures that suit your style. This means that you can create a unique and personalized living space that reflects your personality and lifestyle.
The villas in New Giza Cairo Alexandria Desert Road are built to the highest standards of quality and craftsmanship. The developers have used the finest materials and modern construction techniques to ensure that the villas are durable, energy-efficient, and low-maintenance. The villas are also designed to maximize natural light and ventilation
New Giza It is an integrated residential compound with many residential units amid green spaces and stunning landscapes and offers great services and facilities for residents. New Giza Project Location: It is located on Cairo-Alexandria Desert Road at Kilo 22. New Giza Compound Space: 1500 acres. Units Type: apartments for sale, duplex For Sale, twin houses, Villas For Sale.
New Giza New Giza Development is a major Egyptian company that has been working in the field of real estate development for about 10 years and has presented a wide range of different projects that greatly serve customers and provide them with a distinctive model of high-end residential complexes.