DUBAI, United Arab Emirates (BUSINESS WIRE): Danube Properties has unveiled Greenz by Danube, its first large-scale integrated community of premium townhouses and villas, marking a major milestone in its expansion into master-planned developments.
A High-Growth Location
Greenz is located in Dubai International Academic City, near Dubai Silicon Oasis, within one of Dubai's most promising growth corridors. The area is home to more than 100,000 residents and will benefit from the upcoming District IO, a major technology hub aligned with the vision of His Highness Sheikh Mohammed bin Rashid Al Maktoum.
The community's villas and townhouses feature exclusive sky gardens. Completion is expected in 36 to 40 months, with handover scheduled for Q4 2029.
Rizwan Sajan, Founder and Chairman of Danube Group, said: "Greenz by Danube sets a new benchmark for premium master communities – a first-of-its-kind living experience in Dubai. Designed with low-density planning, it ensures a prime location and a high appreciation guarantee. With 50+ luxury amenities and fully furnished, designer-curated interiors with Dolce Vita, every detail reflects elegance and distinction. Greenz is not just a community – it is a luxury lifestyle experience of a lifetime."
Homes for Families and Investors
The development offers 3- and 4-bedroom townhouses, 5-bedroom semi-detached villas and 5-bedroom twin villas.
Connectivity
| Destination | Travel time |
|---|---|
| Emirates Road | 2 minutes |
| Sheikh Mohammed Bin Zayed Road | 6 minutes |
| Dubai International Airport | 17 minutes |
| Downtown Dubai and the Burj Khalifa | 20 minutes |
The upcoming Blue Line Metro is expected to further improve access and long-term value.
Lifestyle and Wellness
Greenz will offer more than 50 amenities across five hubs, including beach-inspired spaces, sports courts, fitness and recovery zones, green areas and family spaces.
With prices from AED 3.5 million and a flexible 1% monthly payment plan, Greenz by Danube is a strong investment opportunity in a high-growth location.