Breva is an 8-storey residential development by AYS Developers on Dubai Islands, offering 1 and 2-bedroom apartments with handover scheduled for Q1 2027. Starting prices begin at AED 1.97 million, with a 60/40 payment plan available.
Situated on Dubai Islands in Deira, the project provides waterfront access while maintaining connections to Dubai's business districts, schools, shopping destinations, and Dubai International Airport. The island setting offers a quieter residential environment with proximity to mainland amenities.
Apartments include floor-to-ceiling windows, frameless internal doors, and balconies with built-in jacuzzis. Smart home systems with Alexa integration are standard. The development incorporates Legrand electrical systems, Schindler elevators, and Scavolini Italian kitchens.
Residents have access to two saltwater swimming pools, a rooftop infinity pool with sea and harbor views, and a fully equipped gym with TechnoGym equipment. Additional facilities include a cinema hall with Bose sound systems, yoga and meditation lounge, game room, children's play areas, and landscaped gardens with multiple outdoor lounges and sundecks.
The development targets buyers seeking waterfront homes in a low-density island community. The freehold ownership structure accommodates both UAE nationals and international purchasers. The combination of island location, branded fixtures, and comprehensive amenities positions the project within Dubai's premium residential segment.
Breva by AYS Developers by AYS Property Development in Dubai Islands, Dubai is scheduled for handover in Q4 2026 (October–December 2026). Construction is estimated at ~25% based on the developer's reported phase.
The headline payment plan for Breva by AYS Developers is 20/40/40. See the full breakdown of booking, construction and post-handover instalments in the Financials tab.
Breva by AYS Developers offers 2 unit types:
Estimated gross rental yield: 7% p.a., benchmarked against current Dubai Islands rental data.
~25% — estimated from construction phase.