Evora Residences
- Beds
- 1, 2, 3 beds
- Area range (sq ft)
- 766 - 2,598
- Status
- Under construction
- Payment plan
- 10 / 20 / 70
- Starting from
- AED 1,070,000
Evora Residence establishes refined urban living in Al Furjan with a choice of one to three-bedroom apartments designed for families and contemporary lifestyles.

Apartments of one to three bedrooms, from 767 to 2,599 sq ft. Handover from Q3 2026.
Located in Al Furjan, the residence occupies a position that balances proximity to the wider city with the neighbourhood's community character. Sheikh Mohammed Bin Zayed Road lies adjacent, ensuring straightforward access to other areas of Dubai without the development sitting at a major junction. The vicinity includes premium shopping, gourmet dining, and leisure venues, allowing residents to access urban conveniences whilst maintaining the neighbourhood's quieter atmosphere.
The 13-storey building organises a ground floor, dedicated parking level, ten residential floors, and a rooftop level, creating clear functional separation. Landscaped gardens integrate throughout the development at ground level and on terraces, providing visual relief and spaces for community use. Amenities including the pool and gymnasium occupy prominent positions to encourage resident engagement.
Evora Residence at Al Furjan is in Al Furjan, Dubai, a development by Anax Developments.
Evora Residence at Al Furjan is developed by Anax Developments, founded in 2023.
Evora Residence at Al Furjan offers apartments: homes of 1, 2 and 3 bedrooms, from 767 to 2,599 sq ft.
Homes at Evora Residence at Al Furjan start from AED 1,070,000 (about USD 291K), as listed in September 2026. Our advisers will confirm current availability and pricing.
Handover at Evora Residence at Al Furjan is planned for Q3 2026.
The payment plan is 30% during construction and 70% on handover.
Request the price list and current availability of Evora Residence at Al Furjan, or book a thirty-minute consultation with our team in Dubai, complimentary and without obligation.