Binghatti Hillside is a 25-storey residential tower in Dubai Science Park, developed by Binghatti Developers FZE. The project features studio and 1-bedroom apartments with floor-to-ceiling windows, open layouts, and smart home integration. Completion is set for August 2026.
Situated in Al Barsha South Second, the tower offers direct access to Al Khail Road. Residents are minutes from Mall of the Emirates and close to Dubai Marina, Palm Jumeirah, Dubai Knowledge Park, and Academic City. The location balances proximity to major business and leisure hubs with a quieter, community-focused environment.
Apartments include gourmet kitchens with modern appliances, built-in wardrobes, and panoramic views. Units range from 359 sq ft studios to 855 sq ft 1-bedroom residences. Interiors emphasize natural light and functional, contemporary design.
Amenities include an infinity pool, rooftop terrace, cinema room, games lounge, yoga and meditation zones, spa, sauna, BBQ deck, library, business center, and electric car charging stations. The development offers concierge services and 24/7 security.
The project is freehold, open to UAE nationals and expatriates. Studio pricing starts at AED 774,999, with 1-bedroom units from AED 1,299,999. Two flexible payment plans are available: 10% down with 50% during construction and 40% on handover, or 20% down with 50% during construction and 30% on handover.
Binghatti Hillside by Binghatti Developers in Dubai Science Park, Dubai is scheduled for handover in Q3 2026 (July–September 2026). Construction is estimated at ~25% based on the developer's reported phase.
The headline payment plan for Binghatti Hillside is 20/50/30. See the full breakdown of booking, construction and post-handover instalments in the Financials tab.
Binghatti Hillside offers 2 unit types:
Estimated gross rental yield: 7% p.a., benchmarked against current Dubai Science Park rental data. Entry pricing works out to AED 529 – 2,159 per sqft, with estimated capital appreciation of 4% to handover.
~25% — estimated from construction phase.