Home / Hospitality / Royal Atlantis Resort & Residences

The Royal Atlantis Resort & Residences

Dubai, UAE

The Royal Atlantis exemplifies the unique possibilities of Al Abbar Group’s glazing solutions.

Key Data


Dubai, UAE

Project Type

Leisure, Hospitality, Iconic

Client / Developer

Atlantis The Palm 2 Development LLC

Architect / Consultant

Kohn Pedersen Fox

Main Contractor

Ssangyong - Besix JV

Façade Area

49,404 sqm

Scope of Work

Design, supply, manufacture and installation of the following main components:
  • Aluminium Stick Curtain Wall   40,283 sqm
  • Aluminium Stick Back Panel  15,141 sqm
  • Aluminium Stick T-Mullion Curtain Wall 9,121 sqm
  • Balcony Glass Balustrade  24,976 sqm
  • Aluminium Fin   25,514 sqm



Project Height

165 Meters

Date of Award


Date of Completion



The Royal Residences will forever change the landscape of Dubai. Located on the crescent of The Palm and next to the iconic Atlantis resort, this new generation of distinctive luxury will offer a sophisticated lifestyle with infinite ocean views, lush green spaces, and a playful contrast between fire and water, all encapsulated in dramatic architecture. At The Palm’s most exclusive address, residents will have access to the world’s most renowned chefs, and the fun of Atlantis.


The art of façade design  is playing a significant role in the design of modern architecture. Such an approach better connects interior spaces with the outdoor spaces and views to nature. The Royal Atlantis uses high-tech minimal aluminium profiles with high load-bearing capacity to achieve excellent aesthetic results.

The sliding doors used in the project with 3m height and 7m width have been tested for ISO/ IEC 17025 by a certified Test laboratory. Air permeability standards are BS EN 1026:2016 with differential test pressure 600 Pascal and Water Tightness Test, Method 2A, BS EN 1027: 2016 with peak test pressure 600 Pascal. Cyclic Static Air Pressure Difference – Water Penetration Test with pressurized chamber up to 450 Pascal. Resistance of Wind Load Test – BS EN 12211: 2016 with wind load pressure of 2750 Pascal for maximum allowed deflection of L/175 along with the vertical frame.

Repeated Water Tightness Test, Method 2A, BS EN 1027: 2016 are conducted to confirm the specified standards.