Appartamento a Dubai Land Residence Complex (DLRC)，Izel by Zoya, 809000 AED - 16742694

This off-plan studio apartment for sale in Izel by Zoya is located within Dubai Land Residence Complex (DLRC) in Dubai. The unit offers a compact layout designed for efficient use of space and benefits from downtown city and skyline views. Residents will live in a furnished environment with contemporary finishes and access to shared leisure facilities within the project.
Key Features:

Studio layout
1 Bathroom
Furnished interiors
Open-plan living area
Built-in wardrobes
Floor-to-ceiling windows
Downtown city view
Skyline view
Balcony or terrace
Wooden-style flooring

Amenities:

Swimming pool
Infinity-style pool deck
Jacuzzi and water lounge
Kids play area
Lawn or garden
Gym or health club
Seating and cabana areas
Sun bed deck
24-hour security
CCTV surveillance
Visitor parking
High-speed broadband ready

Located in Dubai Land Residence Complex, the development benefits from strategic road access via Dubai – Al Ain Road (E66), Emirates Road (E611) and Sheikh Zayed Bin Hamdan Al Nahyan Street. The area sits near Academic City and Dubai Silicon Oasis, making it practical for students and professionals. Community facilities such as supermarkets, nurseries, clinics and local retail are accessible within a short drive.
DLRC is a mixed-use community planned with parks, mosques, schools, medical centres and neighbourhood shopping hubs. Residents of Izel by Zoya will be able to reach Dubai Outlet Mall, IMG Worlds of Adventure and Global Village in roughly 15–20 minutes by car, offering a range of shopping and leisure options. Nearby gyms and beauty salons in Dubai Silicon Oasis further support daily lifestyle needs.
The project suits buyers seeking a furnished studio in a developing residential hub with planned community infrastructure. With its combination of city views, shared leisure amenities and road connectivity, this apartment presents a practical option for both end-users and investors looking at the Dubai Land Residence Complex area.